blob: 7e81dc6cd241e978bd888c71cc500aff20ca3638 [file] [log] [blame]
library ("sky130_fd_sc_hvl__ss_150C_1v65") {
define(clk_width,library,string);
define(def_sim_opt,library,string);
define(default_arc_mode,library,string);
define(default_constraint_arc_mode,library,string);
define(driver_model,library,string);
define(leakage_sim_opt,library,string);
define(min_pulse_width_mode,library,string);
define(sim_opt,library,string);
define(simulator,library,string);
define(snps_predriver_ratio,library,string);
define(switching_power_split_model,library,string);
define(tran_timestep,library,string);
define(clk_width,timing,string);
define(sim_opt,timing,string);
define(violation_delay_degrade_pct,timing,string);
technology("cmos");
delay_model : "table_lookup";
bus_naming_style : "%s[%d]";
time_unit : "1ns";
voltage_unit : "1V";
leakage_power_unit : "1uW";
current_unit : "1mA";
pulling_resistance_unit : "1kohm";
capacitive_load_unit(1.0000000000, "pf");
revision : 1.0000000000;
default_cell_leakage_power : 0.0000000000;
default_fanout_load : 1.0000000000;
default_inout_pin_cap : 0.0000000000;
default_input_pin_cap : 0.0000000000;
default_max_transition : 3.7500000000;
default_output_pin_cap : 0.0000000000;
default_arc_mode : "worst_edges";
default_constraint_arc_mode : "worst";
default_leakage_power_density : 0.0000000000;
default_operating_conditions : "ss_150C_1v65";
clk_width : "2.500000e-08";
operating_conditions ("ss_150C_1v65") {
voltage : 1.6500000000;
process : 1.0000000000;
temperature : 150.00000000;
tree_type : "balanced_tree";
}
power_lut_template ("hidden_pwr_template11") {
variable_1 : "input_transition_time";
index_1("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11");
}
power_lut_template ("pwr_template11x7") {
variable_1 : "input_transition_time";
variable_2 : "total_output_net_capacitance";
index_1("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11");
index_2("1, 2, 3, 4, 5, 6, 7");
}
power_lut_template ("pwr_template11x8") {
variable_1 : "input_transition_time";
variable_2 : "total_output_net_capacitance";
index_1("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11");
index_2("1, 2, 3, 4, 5, 6, 7, 8");
}
power_lut_template ("pwr_template11x9") {
variable_1 : "input_transition_time";
variable_2 : "total_output_net_capacitance";
index_1("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11");
index_2("1, 2, 3, 4, 5, 6, 7, 8, 9");
}
power_lut_template ("pwr_template11x10") {
variable_1 : "input_transition_time";
variable_2 : "total_output_net_capacitance";
index_1("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11");
index_2("1, 2, 3, 4, 5, 6, 7, 8, 9, 10");
}
power_lut_template ("pwr_template13x7") {
variable_1 : "input_transition_time";
variable_2 : "total_output_net_capacitance";
index_1("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13");
index_2("1, 2, 3, 4, 5, 6, 7");
}
power_lut_template ("pwr_template15x7") {
variable_1 : "input_transition_time";
variable_2 : "total_output_net_capacitance";
index_1("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15");
index_2("1, 2, 3, 4, 5, 6, 7");
}
power_lut_template ("pwr_template15x19") {
variable_1 : "input_transition_time";
variable_2 : "total_output_net_capacitance";
index_1("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15");
index_2("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19");
}
power_lut_template ("pwr_template17x25") {
variable_1 : "input_transition_time";
variable_2 : "total_output_net_capacitance";
index_1("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17");
index_2("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25");
}
lu_table_template ("delay_template11x7") {
variable_1 : "input_net_transition";
variable_2 : "total_output_net_capacitance";
index_1("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11");
index_2("1, 2, 3, 4, 5, 6, 7");
}
lu_table_template ("delay_template11x8") {
variable_1 : "input_net_transition";
variable_2 : "total_output_net_capacitance";
index_1("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11");
index_2("1, 2, 3, 4, 5, 6, 7, 8");
}
lu_table_template ("delay_template11x9") {
variable_1 : "input_net_transition";
variable_2 : "total_output_net_capacitance";
index_1("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11");
index_2("1, 2, 3, 4, 5, 6, 7, 8, 9");
}
lu_table_template ("delay_template11x10") {
variable_1 : "input_net_transition";
variable_2 : "total_output_net_capacitance";
index_1("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11");
index_2("1, 2, 3, 4, 5, 6, 7, 8, 9, 10");
}
lu_table_template ("delay_template13x7") {
variable_1 : "input_net_transition";
variable_2 : "total_output_net_capacitance";
index_1("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13");
index_2("1, 2, 3, 4, 5, 6, 7");
}
lu_table_template ("delay_template15x7") {
variable_1 : "input_net_transition";
variable_2 : "total_output_net_capacitance";
index_1("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15");
index_2("1, 2, 3, 4, 5, 6, 7");
}
lu_table_template ("delay_template15x19") {
variable_1 : "input_net_transition";
variable_2 : "total_output_net_capacitance";
index_1("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15");
index_2("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19");
}
lu_table_template ("delay_template17x25") {
variable_1 : "input_net_transition";
variable_2 : "total_output_net_capacitance";
index_1("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17");
index_2("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25");
}
lu_table_template ("driver_waveform_template") {
variable_1 : "input_net_transition";
variable_2 : "normalized_voltage";
index_1("1, 2");
index_2("1, 2");
}
lu_table_template ("pulse_width_template3") {
variable_1 : "related_pin_transition";
index_1("1, 2, 3");
}
lu_table_template ("rr_template11x11") {
variable_1 : "constrained_pin_transition";
variable_2 : "related_pin_transition";
index_1("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11");
index_2("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11");
}
lu_table_template ("sethold_template_fall11x11") {
variable_1 : "constrained_pin_transition";
variable_2 : "related_pin_transition";
index_1("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11");
index_2("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11");
}
lu_table_template ("sethold_template_rise11x11") {
variable_1 : "constrained_pin_transition";
variable_2 : "related_pin_transition";
index_1("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11");
index_2("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11");
}
lu_table_template ("vio_11_11_1") {
variable_1 : "related_pin_transition";
variable_2 : "constrained_pin_transition";
index_1("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11");
index_2("1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11");
}
normalized_driver_waveform ("driver_waveform_template") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7499999000");
index_2("0.0000000000, 0.5000000000, 1.0000000000");
driver_waveform_name : "ramp";
values("0.0000000000, 0.00083333333, 0.0016666667", \
"0.0000000000, 0.0108333330, 0.0216666670", \
"0.0000000000, 0.0216666670, 0.0433333330", \
"0.0000000000, 0.0600000000, 0.1200000000", \
"0.0000000000, 0.1800000000, 0.3600000000", \
"0.0000000000, 0.3600000000, 0.7200000000", \
"0.0000000000, 0.7200000000, 1.4400000000", \
"0.0000000000, 1.0800000000, 2.1600000000", \
"0.0000000000, 2.0833333000, 4.1666667000", \
"0.0000000000, 2.6041667000, 5.2083333000", \
"0.0000000000, 3.1249999000, 6.2499998000");
}
library_features("report_delay_calculation");
voltage_map("VPWR", 1.6500000000);
voltage_map("LOWHVPWR", 1.6500000000);
voltage_map("LVPWR", 1.6500000000);
voltage_map("VGND", 0.0000000000);
voltage_map("VNB", 0.0000000000);
voltage_map("VPB", 1.6500000000);
driver_model : "snps_predriver";
in_place_swap_mode : "match_footprint";
input_threshold_pct_fall : 50.000000000;
input_threshold_pct_rise : 50.000000000;
min_pulse_width_mode : "max";
nom_process : 1.0000000000;
nom_temperature : 150.00000000;
nom_voltage : 1.6500000000;
output_threshold_pct_fall : 50.000000000;
output_threshold_pct_rise : 50.000000000;
sim_opt : "runlvl=5 accurate=1 method=bdf kcltest=1";
simulation : "true";
slew_derate_from_library : 0.7500000000;
slew_lower_threshold_pct_fall : 20.000000000;
slew_lower_threshold_pct_rise : 20.000000000;
slew_upper_threshold_pct_fall : 80.000000000;
slew_upper_threshold_pct_rise : 80.000000000;
snps_predriver_ratio : "0.5000000000";
switching_power_split_model : "true";
tran_timestep : "1.000000e-12";
cell ("sky130_fd_sc_hvl__a21o_1") {
area : 17.582400000;
cell_footprint : "sky130_fd_sc_hvl__a21o";
cell_leakage_power : 0.0000000000;
pg_pin ("VGND") {
pg_type : "primary_ground";
related_bias_pin : "VPB";
voltage_name : "VGND";
}
pg_pin ("VNB") {
pg_type : "nwell";
physical_connection : "device_layer";
voltage_name : "VNB";
}
pg_pin ("VPB") {
pg_type : "pwell";
physical_connection : "device_layer";
voltage_name : "VPB";
}
pg_pin ("VPWR") {
pg_type : "primary_power";
related_bias_pin : "VNB";
voltage_name : "VPWR";
}
pin ("A1") {
capacitance : 0.0039000000;
clock : "false";
direction : "input";
internal_power () {
fall_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0059000000, 0.0058700000, 0.0054600000, 0.0052600000, 0.0052000000, 0.0055800000, 0.0055300000, 0.0059000000, 0.0066100000, 0.0069500000, 0.0073100000");
}
rise_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0034000000, 0.0027600000, 0.0032000000, 0.0031400000, 0.0032000000, 0.0034100000, 0.0034100000, 0.0036600000, 0.0040600000, 0.0042400000, 0.0044200000");
}
}
max_transition : 3.7500000000;
related_ground_pin : "VGND";
related_power_pin : "VPWR";
}
pin ("A2") {
capacitance : 0.0038900000;
clock : "false";
direction : "input";
internal_power () {
fall_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0054900000, 0.0055300000, 0.0055400000, 0.0051600000, 0.0051700000, 0.0054900000, 0.0054700000, 0.0058500000, 0.0065500000, 0.0069100000, 0.0072800000");
}
rise_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0033400000, 0.0027100000, 0.0030800000, 0.0030800000, 0.0031400000, 0.0034100000, 0.0034000000, 0.0035800000, 0.0039400000, 0.0041000000, 0.0042600000");
}
}
max_transition : 3.7500000000;
related_ground_pin : "VGND";
related_power_pin : "VPWR";
}
pin ("B1") {
capacitance : 0.0044700000;
clock : "false";
direction : "input";
internal_power () {
fall_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0042500000, 0.0039700000, 0.0036600000, 0.0043300000, 0.0044500000, 0.0049300000, 0.0049400000, 0.0052100000, 0.0056100000, 0.0057700000, 0.0059100000");
}
rise_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0105500000, 0.0102700000, 0.0103100000, 0.0103400000, 0.0102500000, 0.0110200000, 0.0109600000, 0.0116600000, 0.0130500000, 0.0137300000, 0.0144200000");
}
}
max_transition : 3.7500000000;
related_ground_pin : "VGND";
related_power_pin : "VPWR";
}
pin ("X") {
direction : "output";
function : "(A1&A2) | (B1)";
internal_power () {
fall_power ("pwr_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.0316600000, 0.0276800000, 0.0235800000, 0.0151400000, -0.002200000, -0.037370000, -0.107970000", \
"0.0318900000, 0.0278800000, 0.0238100000, 0.0153800000, -0.001970000, -0.037140000, -0.107740000", \
"0.0318900000, 0.0279100000, 0.0238200000, 0.0153900000, -0.001940000, -0.037120000, -0.107720000", \
"0.0318600000, 0.0278600000, 0.0237900000, 0.0153500000, -0.001980000, -0.037150000, -0.107750000", \
"0.0316700000, 0.0276800000, 0.0235900000, 0.0151600000, -0.002170000, -0.037340000, -0.107940000", \
"0.0314800000, 0.0274800000, 0.0234000000, 0.0149500000, -0.002380000, -0.037540000, -0.108140000", \
"0.0312600000, 0.0272300000, 0.0231300000, 0.0146800000, -0.002650000, -0.037800000, -0.108380000", \
"0.0311200000, 0.0270700000, 0.0229500000, 0.0144800000, -0.002840000, -0.037960000, -0.108520000", \
"0.0309800000, 0.0268500000, 0.0227000000, 0.0142200000, -0.003100000, -0.038180000, -0.108660000", \
"0.0309800000, 0.0268100000, 0.0226200000, 0.0141300000, -0.003160000, -0.038220000, -0.108690000", \
"0.0309800000, 0.0268000000, 0.0225900000, 0.0140500000, -0.003230000, -0.038270000, -0.108730000");
}
related_pin : "A1";
rise_power ("pwr_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.0116300000, 0.0162900000, 0.0208600000, 0.0298700000, 0.0474900000, 0.0828800000, 0.1535100000", \
"0.0117800000, 0.0164300000, 0.0210000000, 0.0300000000, 0.0477400000, 0.0828800000, 0.1536300000", \
"0.0117900000, 0.0164500000, 0.0210000000, 0.0300100000, 0.0476700000, 0.0830400000, 0.1536600000", \
"0.0116100000, 0.0162600000, 0.0208400000, 0.0298100000, 0.0475300000, 0.0828600000, 0.1533900000", \
"0.0113200000, 0.0159800000, 0.0205400000, 0.0295600000, 0.0472000000, 0.0825800000, 0.1530800000", \
"0.0110600000, 0.0157100000, 0.0202600000, 0.0292900000, 0.0469400000, 0.0823000000, 0.1528300000", \
"0.0107300000, 0.0153600000, 0.0199000000, 0.0289100000, 0.0465600000, 0.0819500000, 0.1526500000", \
"0.0105800000, 0.0152000000, 0.0197500000, 0.0287000000, 0.0464600000, 0.0816300000, 0.1525700000", \
"0.0104900000, 0.0150300000, 0.0195200000, 0.0284600000, 0.0461300000, 0.0813700000, 0.1519700000", \
"0.0105200000, 0.0150400000, 0.0195200000, 0.0284000000, 0.0461500000, 0.0812700000, 0.1520800000", \
"0.0105900000, 0.0151000000, 0.0195900000, 0.0284800000, 0.0461100000, 0.0812100000, 0.1522800000");
}
when : "(A2&!B1)";
}
internal_power () {
fall_power ("pwr_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.0340100000, 0.0299600000, 0.0258500000, 0.0174000000, 7.000000e-05, -0.035070000, -0.105650000", \
"0.0340700000, 0.0300400000, 0.0259100000, 0.0174700000, 0.0001400000, -0.035010000, -0.105580000", \
"0.0340300000, 0.0299700000, 0.0258600000, 0.0174200000, 8.000000e-05, -0.035060000, -0.105630000", \
"0.0339300000, 0.0298900000, 0.0257700000, 0.0173300000, -1.00000e-05, -0.035140000, -0.105720000", \
"0.0338200000, 0.0297700000, 0.0256600000, 0.0172200000, -0.000120000, -0.035250000, -0.105830000", \
"0.0337200000, 0.0296900000, 0.0255800000, 0.0171300000, -0.000200000, -0.035340000, -0.105910000", \
"0.0336300000, 0.0295800000, 0.0254400000, 0.0169800000, -0.000350000, -0.035470000, -0.106040000", \
"0.0335500000, 0.0294800000, 0.0253300000, 0.0168600000, -0.000470000, -0.035580000, -0.106120000", \
"0.0334600000, 0.0293300000, 0.0251500000, 0.0166500000, -0.000660000, -0.035730000, -0.106210000", \
"0.0334900000, 0.0292900000, 0.0250900000, 0.0165900000, -0.000710000, -0.035760000, -0.106220000", \
"0.0334900000, 0.0292900000, 0.0250600000, 0.0165300000, -0.000780000, -0.035810000, -0.106260000");
}
related_pin : "A2";
rise_power ("pwr_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.0115600000, 0.0162000000, 0.0207500000, 0.0297800000, 0.0475200000, 0.0826600000, 0.1533900000", \
"0.0116700000, 0.0163100000, 0.0208900000, 0.0299100000, 0.0475400000, 0.0829100000, 0.1533300000", \
"0.0116800000, 0.0163200000, 0.0209000000, 0.0298900000, 0.0476400000, 0.0827900000, 0.1536000000", \
"0.0115000000, 0.0161600000, 0.0207200000, 0.0297200000, 0.0474700000, 0.0826200000, 0.1535200000", \
"0.0112700000, 0.0159100000, 0.0204800000, 0.0294800000, 0.0472300000, 0.0823800000, 0.1531300000", \
"0.0110600000, 0.0157000000, 0.0203000000, 0.0293000000, 0.0470400000, 0.0823000000, 0.1531900000", \
"0.0108100000, 0.0154500000, 0.0200000000, 0.0289600000, 0.0466800000, 0.0820400000, 0.1525900000", \
"0.0106600000, 0.0152900000, 0.0198200000, 0.0288100000, 0.0464900000, 0.0818700000, 0.1527800000", \
"0.0104900000, 0.0150700000, 0.0195600000, 0.0285000000, 0.0462100000, 0.0816000000, 0.1520100000", \
"0.0104800000, 0.0150300000, 0.0195300000, 0.0284300000, 0.0462000000, 0.0813200000, 0.1519500000", \
"0.0104800000, 0.0150200000, 0.0195200000, 0.0284400000, 0.0460900000, 0.0812700000, 0.1521500000");
}
when : "(A1&!B1)";
}
internal_power () {
fall_power ("pwr_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.0216700000, 0.0176600000, 0.0135600000, 0.0051100000, -0.012260000, -0.047440000, -0.118000000", \
"0.0214700000, 0.0174700000, 0.0133700000, 0.0049200000, -0.012450000, -0.047620000, -0.118180000", \
"0.0213200000, 0.0173200000, 0.0132300000, 0.0047900000, -0.012570000, -0.047750000, -0.118310000", \
"0.0211300000, 0.0171400000, 0.0130500000, 0.0045900000, -0.012770000, -0.047940000, -0.118510000", \
"0.0207700000, 0.0167700000, 0.0126700000, 0.0042200000, -0.013150000, -0.048310000, -0.118880000", \
"0.0204700000, 0.0164700000, 0.0123500000, 0.0038700000, -0.013490000, -0.048640000, -0.119190000", \
"0.0202100000, 0.0161500000, 0.0119900000, 0.0034900000, -0.013850000, -0.048970000, -0.119490000", \
"0.0201200000, 0.0160000000, 0.0118200000, 0.0033000000, -0.014040000, -0.049120000, -0.119600000", \
"0.0201700000, 0.0159600000, 0.0117200000, 0.0031600000, -0.014170000, -0.049210000, -0.119630000", \
"0.0202700000, 0.0160300000, 0.0117800000, 0.0032000000, -0.014150000, -0.049180000, -0.119580000", \
"0.0203800000, 0.0161200000, 0.0118600000, 0.0032600000, -0.014100000, -0.049120000, -0.119520000");
}
related_pin : "B1";
rise_power ("pwr_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.0091200000, 0.0140200000, 0.0186200000, 0.0274900000, 0.0451000000, 0.0802000000, 0.1506500000", \
"0.0089900000, 0.0139000000, 0.0185000000, 0.0273800000, 0.0449700000, 0.0799800000, 0.1505000000", \
"0.0089600000, 0.0138800000, 0.0184900000, 0.0273600000, 0.0450100000, 0.0799400000, 0.1506300000", \
"0.0087700000, 0.0136800000, 0.0183100000, 0.0271700000, 0.0447600000, 0.0798000000, 0.1504000000", \
"0.0083400000, 0.0132200000, 0.0178400000, 0.0267300000, 0.0443600000, 0.0794200000, 0.1499100000", \
"0.0079200000, 0.0127300000, 0.0173400000, 0.0262500000, 0.0439500000, 0.0789500000, 0.1494600000", \
"0.0074400000, 0.0121600000, 0.0167600000, 0.0257200000, 0.0433800000, 0.0784800000, 0.1492700000", \
"0.0073000000, 0.0119400000, 0.0164900000, 0.0254600000, 0.0431200000, 0.0782900000, 0.1488700000", \
"0.0073000000, 0.0119000000, 0.0164200000, 0.0253600000, 0.0429600000, 0.0781000000, 0.1488700000", \
"0.0074100000, 0.0119800000, 0.0165000000, 0.0254500000, 0.0430800000, 0.0782300000, 0.1488900000", \
"0.0074900000, 0.0120100000, 0.0165200000, 0.0255300000, 0.0432200000, 0.0783900000, 0.1488100000");
}
when : "(!A1) | (!A2)";
}
max_capacitance : 0.1037300000;
power_down_function : "(!VPWR + VGND)";
related_ground_pin : "VGND";
related_power_pin : "VPWR";
timing () {
cell_fall ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.8632700000, 1.0168700000, 1.1347700000, 1.3357700000, 1.6907700000, 2.3597700000, 3.6784700000", \
"0.8709900000, 1.0247700000, 1.1427700000, 1.3437700000, 1.6983700000, 2.3681700000, 3.6875700000", \
"0.8777100000, 1.0315300000, 1.1498300000, 1.3506300000, 1.7055300000, 2.3750300000, 3.6919300000", \
"0.8982300000, 1.0521000000, 1.1702000000, 1.3713000000, 1.7264000000, 2.3953000000, 3.7151000000", \
"0.9599000000, 1.1135000000, 1.2318000000, 1.4328000000, 1.7879000000, 2.4571000000, 3.7763000000", \
"1.0518000000, 1.2052000000, 1.3231000000, 1.5241000000, 1.8798000000, 2.5491000000, 3.8684000000", \
"1.2201000000, 1.3733000000, 1.4911000000, 1.6917000000, 2.0474000000, 2.7173000000, 4.0355000000", \
"1.3776000000, 1.5305000000, 1.6482000000, 1.8488000000, 2.2045000000, 2.8751000000, 4.1958000000", \
"1.7492700000, 1.9136700000, 2.0373700000, 2.2444700000, 2.6039700000, 3.2757700000, 4.5964700000", \
"1.9096300000, 2.0796300000, 2.2067300000, 2.4184300000, 2.7838300000, 3.4584300000, 4.7796300000", \
"2.0563000000, 2.2315000000, 2.3616000000, 2.5769000000, 2.9471000000, 3.6262000000, 4.9473000000");
}
cell_rise ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.8755900000, 1.0081700000, 1.1065700000, 1.2721700000, 1.5637700000, 2.1152700000, 3.2013700000", \
"0.8745500000, 1.0070700000, 1.1054700000, 1.2709700000, 1.5625700000, 2.1139700000, 3.1980700000", \
"0.8754200000, 1.0079300000, 1.1064300000, 1.2719300000, 1.5636300000, 2.1151300000, 3.2006300000", \
"0.8859600000, 1.0185000000, 1.1169000000, 1.2824000000, 1.5746000000, 2.1254000000, 3.2130000000", \
"0.9337000000, 1.0662000000, 1.1646000000, 1.3303000000, 1.6220000000, 2.1736000000, 3.2599000000", \
"1.0136000000, 1.1465000000, 1.2449000000, 1.4105000000, 1.7022000000, 2.2538000000, 3.3402000000", \
"1.1829000000, 1.3152000000, 1.4134000000, 1.5787000000, 1.8706000000, 2.4222000000, 3.5097000000", \
"1.3579000000, 1.4898000000, 1.5877000000, 1.7526000000, 2.0447000000, 2.5964000000, 3.6811000000", \
"1.8083700000, 1.9485700000, 2.0502700000, 2.2186700000, 2.5122700000, 3.0646700000, 4.1508700000", \
"2.0010300000, 2.1473300000, 2.2517300000, 2.4232300000, 2.7203300000, 3.2744300000, 4.3593300000", \
"2.1744000000, 2.3271000000, 2.4344000000, 2.6085000000, 2.9079000000, 3.4645000000, 4.5508000000");
}
fall_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.1727600000, 0.2980800000, 0.4083200000, 0.6222000000, 1.0522000000, 1.9404000000, 3.7481000000", \
"0.1731600000, 0.2975300000, 0.4082800000, 0.6221000000, 1.0515000000, 1.9390000000, 3.7465000000", \
"0.1727300000, 0.2980200000, 0.4080700000, 0.6221000000, 1.0522000000, 1.9391000000, 3.7484000000", \
"0.1729100000, 0.2974400000, 0.4082000000, 0.6218000000, 1.0520000000, 1.9405000000, 3.7468000000", \
"0.1728000000, 0.2980000000, 0.4081000000, 0.6219000000, 1.0519000000, 1.9404000000, 3.7476000000", \
"0.1727000000, 0.2981000000, 0.4084000000, 0.6225000000, 1.0526000000, 1.9379000000, 3.7450000000", \
"0.1728000000, 0.2982000000, 0.4083000000, 0.6227000000, 1.0518000000, 1.9388000000, 3.7481000000", \
"0.1738000000, 0.2997000000, 0.4096000000, 0.6227000000, 1.0520000000, 1.9393000000, 3.7441000000", \
"0.1956000000, 0.3227000000, 0.4319000000, 0.6401000000, 1.0611000000, 1.9395000000, 3.7486000000", \
"0.2054000000, 0.3354000000, 0.4453000000, 0.6546000000, 1.0737000000, 1.9490000000, 3.7488000000", \
"0.2147000000, 0.3460000000, 0.4564000000, 0.6667000000, 1.0852000000, 1.9549000000, 3.7521000000");
}
related_pin : "A1";
rise_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.1587700000, 0.2617700000, 0.3520200000, 0.5306000000, 0.8941000000, 1.6456000000, 3.1791000000", \
"0.1590600000, 0.2615200000, 0.3519900000, 0.5304000000, 0.8943000000, 1.6467000000, 3.1779000000", \
"0.1587300000, 0.2617800000, 0.3521700000, 0.5306000000, 0.8942000000, 1.6457000000, 3.1776000000", \
"0.1587600000, 0.2615100000, 0.3529000000, 0.5303000000, 0.8941000000, 1.6447000000, 3.1840000000", \
"0.1587000000, 0.2617000000, 0.3520000000, 0.5305000000, 0.8942000000, 1.6454000000, 3.1799000000", \
"0.1591000000, 0.2616000000, 0.3523000000, 0.5306000000, 0.8942000000, 1.6454000000, 3.1798000000", \
"0.1587000000, 0.2621000000, 0.3525000000, 0.5306000000, 0.8942000000, 1.6445000000, 3.1825000000", \
"0.1587000000, 0.2620000000, 0.3531000000, 0.5309000000, 0.8946000000, 1.6465000000, 3.1770000000", \
"0.1803000000, 0.2803000000, 0.3688000000, 0.5424000000, 0.9008000000, 1.6486000000, 3.1786000000", \
"0.1943000000, 0.2940000000, 0.3811000000, 0.5530000000, 0.9084000000, 1.6534000000, 3.1808000000", \
"0.2076000000, 0.3073000000, 0.3935000000, 0.5640000000, 0.9165000000, 1.6594000000, 3.1798000000");
}
timing_sense : "positive_unate";
}
timing () {
cell_fall ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.9054200000, 1.0581700000, 1.1758700000, 1.3766700000, 1.7327700000, 2.4042700000, 3.7254700000", \
"0.9081100000, 1.0608700000, 1.1785700000, 1.3794700000, 1.7357700000, 2.4068700000, 3.7290700000", \
"0.9123800000, 1.0652300000, 1.1829300000, 1.3838300000, 1.7400300000, 2.4106300000, 3.7337300000", \
"0.9307500000, 1.0835000000, 1.2013000000, 1.4022000000, 1.7584000000, 2.4285000000, 3.7523000000", \
"0.9939000000, 1.1467000000, 1.2644000000, 1.4653000000, 1.8215000000, 2.4929000000, 3.8148000000", \
"1.0859000000, 1.2386000000, 1.3563000000, 1.5570000000, 1.9129000000, 2.5844000000, 3.9072000000", \
"1.2483000000, 1.4008000000, 1.5182000000, 1.7189000000, 2.0752000000, 2.7464000000, 4.0693000000", \
"1.3980000000, 1.5502000000, 1.6675000000, 1.8680000000, 2.2248000000, 2.8962000000, 4.2198000000", \
"1.7497700000, 1.9118700000, 2.0341700000, 2.2400700000, 2.5998700000, 3.2730700000, 4.5975700000", \
"1.9005300000, 2.0677300000, 2.1931300000, 2.4030300000, 2.7673300000, 3.4441300000, 4.7685300000", \
"2.0368000000, 2.2088000000, 2.3371000000, 2.5503000000, 2.9188000000, 3.5986000000, 4.9238000000");
}
cell_rise ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.8880900000, 1.0205700000, 1.1190700000, 1.2843700000, 1.5763700000, 2.1274700000, 3.2116700000", \
"0.8907500000, 1.0232700000, 1.1216700000, 1.2872700000, 1.5789700000, 2.1304700000, 3.2169700000", \
"0.8947100000, 1.0272300000, 1.1256300000, 1.2911300000, 1.5828300000, 2.1340300000, 3.2182300000", \
"0.9115600000, 1.0441000000, 1.1425000000, 1.3081000000, 1.5996000000, 2.1512000000, 3.2347000000", \
"0.9698000000, 1.1024000000, 1.2008000000, 1.3665000000, 1.6580000000, 2.2095000000, 3.2935000000", \
"1.0511000000, 1.1836000000, 1.2820000000, 1.4474000000, 1.7396000000, 2.2903000000, 3.3769000000", \
"1.2101000000, 1.3425000000, 1.4408000000, 1.6060000000, 1.8984000000, 2.4495000000, 3.5372000000", \
"1.3700000000, 1.5021000000, 1.6002000000, 1.7655000000, 2.0578000000, 2.6089000000, 3.6962000000", \
"1.7784700000, 1.9179700000, 2.0194700000, 2.1875700000, 2.4819700000, 3.0343700000, 4.1206700000", \
"1.9609300000, 2.1055300000, 2.2098300000, 2.3813300000, 2.6776300000, 3.2317300000, 4.3178300000", \
"2.1293000000, 2.2786000000, 2.3856000000, 2.5601000000, 2.8598000000, 3.4149000000, 4.5028000000");
}
fall_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.1737500000, 0.2987700000, 0.4092700000, 0.6233000000, 1.0532000000, 1.9417000000, 3.7500000000", \
"0.1736500000, 0.2989700000, 0.4090700000, 0.6230000000, 1.0543000000, 1.9407000000, 3.7486000000", \
"0.1737600000, 0.2984300000, 0.4087000000, 0.6228000000, 1.0539000000, 1.9412000000, 3.7485000000", \
"0.1736300000, 0.2984400000, 0.4087000000, 0.6228000000, 1.0538000000, 1.9424000000, 3.7472000000", \
"0.1737000000, 0.2988000000, 0.4093000000, 0.6233000000, 1.0537000000, 1.9412000000, 3.7480000000", \
"0.1735000000, 0.2984000000, 0.4093000000, 0.6231000000, 1.0532000000, 1.9436000000, 3.7501000000", \
"0.1736000000, 0.2989000000, 0.4089000000, 0.6231000000, 1.0539000000, 1.9406000000, 3.7488000000", \
"0.1740000000, 0.2990000000, 0.4096000000, 0.6238000000, 1.0547000000, 1.9402000000, 3.7473000000", \
"0.1931000000, 0.3192000000, 0.4287000000, 0.6381000000, 1.0618000000, 1.9456000000, 3.7493000000", \
"0.2021000000, 0.3313000000, 0.4408000000, 0.6500000000, 1.0724000000, 1.9529000000, 3.7538000000", \
"0.2106000000, 0.3409000000, 0.4511000000, 0.6613000000, 1.0812000000, 1.9571000000, 3.7532000000");
}
related_pin : "A2";
rise_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.1588600000, 0.2618800000, 0.3522800000, 0.5305000000, 0.8946000000, 1.6469000000, 3.1794000000", \
"0.1587600000, 0.2619100000, 0.3519800000, 0.5305000000, 0.8942000000, 1.6453000000, 3.1802000000", \
"0.1590100000, 0.2613100000, 0.3522400000, 0.5306000000, 0.8944000000, 1.6468000000, 3.1790000000", \
"0.1588000000, 0.2618400000, 0.3522000000, 0.5307000000, 0.8942000000, 1.6466000000, 3.1768000000", \
"0.1589000000, 0.2616000000, 0.3521000000, 0.5308000000, 0.8943000000, 1.6468000000, 3.1779000000", \
"0.1588000000, 0.2614000000, 0.3528000000, 0.5305000000, 0.8945000000, 1.6458000000, 3.1796000000", \
"0.1588000000, 0.2616000000, 0.3530000000, 0.5305000000, 0.8938000000, 1.6445000000, 3.1840000000", \
"0.1587000000, 0.2622000000, 0.3526000000, 0.5305000000, 0.8942000000, 1.6447000000, 3.1818000000", \
"0.1745000000, 0.2771000000, 0.3659000000, 0.5402000000, 0.8986000000, 1.6477000000, 3.1824000000", \
"0.1838000000, 0.2875000000, 0.3764000000, 0.5496000000, 0.9052000000, 1.6511000000, 3.1791000000", \
"0.1928000000, 0.2975000000, 0.3865000000, 0.5591000000, 0.9116000000, 1.6529000000, 3.1828000000");
}
timing_sense : "positive_unate";
}
timing () {
cell_fall ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.5943500000, 0.7286200000, 0.8345100000, 1.0195700000, 1.3598700000, 2.0235700000, 3.3429700000", \
"0.5960500000, 0.7304800000, 0.8363500000, 1.0214700000, 1.3622700000, 2.0255700000, 3.3447700000", \
"0.5987700000, 0.7333100000, 0.8391900000, 1.0244300000, 1.3646300000, 2.0283300000, 3.3463300000", \
"0.6111400000, 0.7456200000, 0.8516500000, 1.0374000000, 1.3778000000, 2.0395000000, 3.3587000000", \
"0.6612100000, 0.7954600000, 0.9013000000, 1.0870000000, 1.4278000000, 2.0893000000, 3.4060000000", \
"0.7461000000, 0.8795000000, 0.9850000000, 1.1701000000, 1.5115000000, 2.1742000000, 3.4906000000", \
"0.9247000000, 1.0568000000, 1.1616000000, 1.3472000000, 1.6890000000, 2.3537000000, 3.6728000000", \
"1.0882000000, 1.2239000000, 1.3297000000, 1.5159000000, 1.8585000000, 2.5229000000, 3.8431000000", \
"1.4298700000, 1.5751700000, 1.6871700000, 1.8819700000, 2.2346700000, 2.9015700000, 4.2231700000", \
"1.5726300000, 1.7224300000, 1.8363300000, 2.0323300000, 2.3872300000, 3.0610300000, 4.3793300000", \
"1.7000000000, 1.8547000000, 1.9704000000, 2.1680000000, 2.5236000000, 3.2018000000, 4.5233000000");
}
cell_rise ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.3839400000, 0.4808700000, 0.5582800000, 0.6994500000, 0.9715000000, 1.5114700000, 2.5922700000", \
"0.3884500000, 0.4855200000, 0.5631400000, 0.7040800000, 0.9765000000, 1.5169700000, 2.5965700000", \
"0.3936900000, 0.4908300000, 0.5685200000, 0.7094700000, 0.9819300000, 1.5225300000, 2.6014300000", \
"0.4124300000, 0.5095500000, 0.5873400000, 0.7285100000, 1.0009000000, 1.5407000000, 2.6209000000", \
"0.4732800000, 0.5699900000, 0.6476600000, 0.7894100000, 1.0617000000, 1.6025000000, 2.6784000000", \
"0.5692200000, 0.6652000000, 0.7429000000, 0.8849000000, 1.1579000000, 1.6991000000, 2.7776000000", \
"0.7583000000, 0.8554000000, 0.9332000000, 1.0757000000, 1.3493000000, 1.8902000000, 2.9690000000", \
"0.9130000000, 1.0181000000, 1.0993000000, 1.2438000000, 1.5179000000, 2.0592000000, 3.1414000000", \
"1.2400700000, 1.3640700000, 1.4532700000, 1.6049700000, 1.8840700000, 2.4277700000, 3.5073700000", \
"1.3759300000, 1.5090300000, 1.6024300000, 1.7577300000, 2.0382300000, 2.5835300000, 3.6620300000", \
"1.4974000000, 1.6390000000, 1.7367000000, 1.8958000000, 2.1782000000, 2.7236000000, 3.8035000000");
}
fall_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.1427700000, 0.2582700000, 0.3654200000, 0.5805200000, 1.0200500000, 1.9222000000, 3.7356000000", \
"0.1426400000, 0.2585000000, 0.3654000000, 0.5807000000, 1.0200300000, 1.9203000000, 3.7347000000", \
"0.1426600000, 0.2584600000, 0.3654100000, 0.5805400000, 1.0200100000, 1.9210000000, 3.7432000000", \
"0.1426400000, 0.2582800000, 0.3653400000, 0.5808100000, 1.0208800000, 1.9209000000, 3.7374000000", \
"0.1427200000, 0.2584100000, 0.3656100000, 0.5808200000, 1.0208000000, 1.9208000000, 3.7391000000", \
"0.1427000000, 0.2586000000, 0.3665000000, 0.5809000000, 1.0207000000, 1.9205000000, 3.7392000000", \
"0.1437000000, 0.2598000000, 0.3669000000, 0.5816000000, 1.0206000000, 1.9201000000, 3.7367000000", \
"0.1546000000, 0.2677000000, 0.3720000000, 0.5845000000, 1.0217000000, 1.9211000000, 3.7386000000", \
"0.1790000000, 0.2939000000, 0.4006000000, 0.6128000000, 1.0418000000, 1.9284000000, 3.7349000000", \
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"0.2050000000, 0.3168000000, 0.4196000000, 0.6279000000, 1.0593000000, 1.9425000000, 3.7504000000");
}
related_pin : "B1";
rise_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.1006100000, 0.1924500000, 0.2828200000, 0.4680300000, 0.8471400000, 1.6167400000, 3.1607000000", \
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"0.1006600000, 0.1925300000, 0.2828300000, 0.4679200000, 0.8479900000, 1.6180000000, 3.1533000000", \
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"0.1232000000, 0.2110000000, 0.2964000000, 0.4747000000, 0.8485000000, 1.6158000000, 3.1606000000", \
"0.1591000000, 0.2462000000, 0.3275000000, 0.4980000000, 0.8632000000, 1.6191000000, 3.1566000000", \
"0.1754000000, 0.2640000000, 0.3430000000, 0.5100000000, 0.8698000000, 1.6219000000, 3.1587000000", \
"0.1904000000, 0.2806000000, 0.3590000000, 0.5212000000, 0.8766000000, 1.6297000000, 3.1632000000");
}
sdf_cond : "(!A1&!A2)";
timing_sense : "positive_unate";
when : "(!A1&!A2)";
}
timing () {
cell_fall ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.7628000000, 0.9166200000, 1.0349700000, 1.2357700000, 1.5909700000, 2.2597700000, 3.5791700000", \
"0.7633300000, 0.9172800000, 1.0356700000, 1.2365700000, 1.5917700000, 2.2601700000, 3.5800700000", \
"0.7648600000, 0.9189300000, 1.0372300000, 1.2376300000, 1.5926300000, 2.2618300000, 3.5804300000", \
"0.7730700000, 0.9273600000, 1.0454000000, 1.2465000000, 1.6019000000, 2.2697000000, 3.5906000000", \
"0.8135000000, 0.9675000000, 1.0858000000, 1.2867000000, 1.6418000000, 2.3112000000, 3.6305000000", \
"0.8891000000, 1.0427000000, 1.1603000000, 1.3609000000, 1.7163000000, 2.3855000000, 3.7040000000", \
"1.0554000000, 1.2079000000, 1.3252000000, 1.5255000000, 1.8810000000, 2.5514000000, 3.8697000000", \
"1.2236000000, 1.3758000000, 1.4930000000, 1.6935000000, 2.0490000000, 2.7203000000, 4.0408000000", \
"1.5879700000, 1.7491700000, 1.8722700000, 2.0819700000, 2.4466700000, 3.1196700000, 4.4426700000", \
"1.7411300000, 1.9054300000, 2.0295300000, 2.2399300000, 2.6102300000, 3.2899300000, 4.6114300000", \
"1.8782000000, 2.0465000000, 2.1719000000, 2.3832000000, 2.7538000000, 3.4420000000, 4.7661000000");
}
cell_rise ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.3839700000, 0.4810900000, 0.5583700000, 0.6992300000, 0.9712200000, 1.5114700000, 2.5924700000", \
"0.3886500000, 0.4858000000, 0.5634300000, 0.7044800000, 0.9760400000, 1.5175700000, 2.5942700000", \
"0.3940600000, 0.4913700000, 0.5688100000, 0.7099500000, 0.9820300000, 1.5223300000, 2.5998300000", \
"0.4136300000, 0.5107900000, 0.5885800000, 0.7296800000, 1.0015000000, 1.5427000000, 2.6227000000", \
"0.4758300000, 0.5725600000, 0.6503000000, 0.7920100000, 1.0644000000, 1.6053000000, 2.6824000000", \
"0.5719900000, 0.6680000000, 0.7456000000, 0.8878000000, 1.1607000000, 1.7020000000, 2.7814000000", \
"0.7613000000, 0.8581000000, 0.9362000000, 1.0786000000, 1.3523000000, 1.8943000000, 2.9747000000", \
"0.9161000000, 1.0210000000, 1.1021000000, 1.2465000000, 1.5208000000, 2.0618000000, 3.1442000000", \
"1.2423700000, 1.3662700000, 1.4554700000, 1.6072700000, 1.8860700000, 2.4299700000, 3.5095700000", \
"1.3777300000, 1.5108300000, 1.6042300000, 1.7594300000, 2.0400300000, 2.5849300000, 3.6640300000", \
"1.4989000000, 1.6405000000, 1.7381000000, 1.8972000000, 2.1795000000, 2.7249000000, 3.8047000000");
}
fall_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.1727700000, 0.2978100000, 0.4080400000, 0.6224400000, 1.0528000000, 1.9366000000, 3.7452000000", \
"0.1729500000, 0.2977600000, 0.4080200000, 0.6223800000, 1.0528000000, 1.9371000000, 3.7451000000", \
"0.1728000000, 0.2980700000, 0.4081100000, 0.6215100000, 1.0519000000, 1.9386000000, 3.7461000000", \
"0.1727200000, 0.2978600000, 0.4083300000, 0.6224000000, 1.0526000000, 1.9394000000, 3.7447000000", \
"0.1729600000, 0.2976300000, 0.4085000000, 0.6222000000, 1.0517000000, 1.9380000000, 3.7451000000", \
"0.1729000000, 0.2981000000, 0.4083000000, 0.6221000000, 1.0522000000, 1.9404000000, 3.7483000000", \
"0.1732000000, 0.2991000000, 0.4087000000, 0.6230000000, 1.0518000000, 1.9387000000, 3.7481000000", \
"0.1762000000, 0.3011000000, 0.4111000000, 0.6245000000, 1.0524000000, 1.9391000000, 3.7474000000", \
"0.2003000000, 0.3268000000, 0.4390000000, 0.6517000000, 1.0730000000, 1.9457000000, 3.7457000000", \
"0.2127000000, 0.3360000000, 0.4471000000, 0.6620000000, 1.0862000000, 1.9552000000, 3.7526000000", \
"0.2253000000, 0.3468000000, 0.4546000000, 0.6692000000, 1.0968000000, 1.9672000000, 3.7556000000");
}
related_pin : "B1";
rise_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.1005500000, 0.1922000000, 0.2828300000, 0.4682000000, 0.8477000000, 1.6170700000, 3.1612000000", \
"0.1005800000, 0.1920600000, 0.2827600000, 0.4673100000, 0.8480300000, 1.6169200000, 3.1550000000", \
"0.1006100000, 0.1923200000, 0.2827900000, 0.4682400000, 0.8468800000, 1.6174800000, 3.1558000000", \
"0.1005200000, 0.1921100000, 0.2827400000, 0.4681300000, 0.8480100000, 1.6179600000, 3.1606000000", \
"0.1005500000, 0.1924900000, 0.2835100000, 0.4678700000, 0.8477800000, 1.6181000000, 3.1577000000", \
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"0.1751000000, 0.2636000000, 0.3428000000, 0.5094000000, 0.8699000000, 1.6219000000, 3.1586000000", \
"0.1903000000, 0.2805000000, 0.3589000000, 0.5210000000, 0.8767000000, 1.6297000000, 3.1634000000");
}
sdf_cond : "(!A1&A2)";
timing_sense : "positive_unate";
when : "(!A1&A2)";
}
timing () {
cell_fall ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.8268800000, 0.9797400000, 1.0975700000, 1.2982700000, 1.6540700000, 2.3255700000, 3.6468700000", \
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"0.8297300000, 0.9827300000, 1.1006300000, 1.3017300000, 1.6579300000, 2.3289300000, 3.6510300000", \
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"1.2992000000, 1.4506000000, 1.5673000000, 1.7673000000, 2.1237000000, 2.7950000000, 4.1196000000", \
"1.6973700000, 1.8565700000, 1.9786700000, 2.1864700000, 2.5479700000, 3.2218700000, 4.5447700000", \
"1.8646300000, 2.0264300000, 2.1495300000, 2.3585300000, 2.7273300000, 3.4055300000, 4.7297300000", \
"2.0151000000, 2.1802000000, 2.3043000000, 2.5143000000, 2.8845000000, 3.5701000000, 4.8940000000");
}
cell_rise ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.4003400000, 0.5118100000, 0.5948600000, 0.7406100000, 1.0141700000, 1.5546700000, 2.6342700000", \
"0.4051100000, 0.5166700000, 0.5998900000, 0.7455600000, 1.0195700000, 1.5596700000, 2.6382700000", \
"0.4105300000, 0.5222000000, 0.6054400000, 0.7511800000, 1.0251300000, 1.5651300000, 2.6433300000", \
"0.4300600000, 0.5418000000, 0.6251300000, 0.7709600000, 1.0450000000, 1.5843000000, 2.6622000000", \
"0.4920900000, 0.6034100000, 0.6868600000, 0.8329000000, 1.1073000000, 1.6473000000, 2.7255000000", \
"0.5880900000, 0.6985000000, 0.7817000000, 0.9284000000, 1.2032000000, 1.7434000000, 2.8224000000", \
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"0.9342000000, 1.0569000000, 1.1444000000, 1.2936000000, 1.5700000000, 2.1114000000, 3.1888000000", \
"1.2642700000, 1.4139700000, 1.5142700000, 1.6751700000, 1.9587700000, 2.5019700000, 3.5806700000", \
"1.4012300000, 1.5630300000, 1.6699300000, 1.8365300000, 2.1232300000, 2.6689300000, 3.7486300000", \
"1.5238000000, 1.6966000000, 1.8100000000, 1.9824000000, 2.2727000000, 2.8191000000, 3.8983000000");
}
fall_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.1734900000, 0.2981400000, 0.4083500000, 0.6219000000, 1.0529000000, 1.9436000000, 3.7518000000", \
"0.1734700000, 0.2984300000, 0.4092300000, 0.6225000000, 1.0540000000, 1.9420000000, 3.7477000000", \
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"0.2176000000, 0.3402000000, 0.4490000000, 0.6626000000, 1.0914000000, 1.9654000000, 3.7591000000");
}
related_pin : "B1";
rise_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518900000, 0.1037800000");
values("0.1163200000, 0.2105800000, 0.2983200000, 0.4781900000, 0.8516400000, 1.6173500000, 3.1550000000", \
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}
sdf_cond : "(A1&!A2)";
timing_sense : "positive_unate";
when : "(A1&!A2)";
}
}
}
cell ("sky130_fd_sc_hvl__a21oi_1") {
area : 13.675200000;
cell_footprint : "sky130_fd_sc_hvl__a21oi";
cell_leakage_power : 0.0000000000;
pg_pin ("VGND") {
pg_type : "primary_ground";
related_bias_pin : "VPB";
voltage_name : "VGND";
}
pg_pin ("VNB") {
pg_type : "nwell";
physical_connection : "device_layer";
voltage_name : "VNB";
}
pg_pin ("VPB") {
pg_type : "pwell";
physical_connection : "device_layer";
voltage_name : "VPB";
}
pg_pin ("VPWR") {
pg_type : "primary_power";
related_bias_pin : "VNB";
voltage_name : "VPWR";
}
pin ("A1") {
capacitance : 0.0038700000;
clock : "false";
direction : "input";
internal_power () {
fall_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0057400000, 0.0067200000, 0.0053500000, 0.0052000000, 0.0052800000, 0.0056300000, 0.0055800000, 0.0059400000, 0.0066700000, 0.0070200000, 0.0073800000");
}
rise_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0030300000, 0.0053700000, 0.0035800000, 0.0032200000, 0.0032500000, 0.0034800000, 0.0035200000, 0.0037700000, 0.0041800000, 0.0043800000, 0.0045700000");
}
}
max_transition : 3.7500000000;
related_ground_pin : "VGND";
related_power_pin : "VPWR";
}
pin ("A2") {
capacitance : 0.0041300000;
clock : "false";
direction : "input";
internal_power () {
fall_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0054200000, 0.0079500000, 0.0056500000, 0.0053500000, 0.0053900000, 0.0057200000, 0.0057000000, 0.0060500000, 0.0068100000, 0.0071800000, 0.0075600000");
}
rise_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0033400000, 0.0039500000, 0.0024800000, 0.0030700000, 0.0032000000, 0.0034600000, 0.0034900000, 0.0036700000, 0.0040500000, 0.0042200000, 0.0043900000");
}
}
max_transition : 3.7500000000;
related_ground_pin : "VGND";
related_power_pin : "VPWR";
}
pin ("B1") {
capacitance : 0.0045200000;
clock : "false";
direction : "input";
internal_power () {
fall_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0039600000, 0.0069500000, 0.0042400000, 0.0044200000, 0.0045900000, 0.0050100000, 0.0050700000, 0.0053600000, 0.0058100000, 0.0060000000, 0.0061600000");
}
rise_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0106200000, 0.0112400000, 0.0103700000, 0.0104200000, 0.0106100000, 0.0112800000, 0.0112200000, 0.0119200000, 0.0133600000, 0.0140600000, 0.0147700000");
}
}
max_transition : 3.7500000000;
related_ground_pin : "VGND";
related_power_pin : "VPWR";
}
pin ("Y") {
direction : "output";
function : "(!A1&!B1) | (!A2&!B1)";
internal_power () {
fall_power ("pwr_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
values("0.0063800000, 0.0044100000, 0.0024300000, -0.001530000, -0.009480000, -0.025390000, -0.057180000", \
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"0.0065400000, 0.0045800000, 0.0025900000, -0.001380000, -0.009330000, -0.025240000, -0.057030000", \
"0.0067300000, 0.0047400000, 0.0027500000, -0.001220000, -0.009170000, -0.025080000, -0.056870000", \
"0.0070700000, 0.0050400000, 0.0030300000, -0.000960000, -0.008940000, -0.024880000, -0.056680000", \
"0.0073900000, 0.0053400000, 0.0033000000, -0.000730000, -0.008760000, -0.024730000, -0.056560000", \
"0.0077100000, 0.0056500000, 0.0036000000, -0.000460000, -0.008530000, -0.024560000, -0.056440000", \
"0.0078400000, 0.0057900000, 0.0037500000, -0.000310000, -0.008380000, -0.024440000, -0.056360000", \
"0.0079200000, 0.0059100000, 0.0038800000, -0.000130000, -0.008190000, -0.024250000, -0.056200000", \
"0.0078900000, 0.0058800000, 0.0038700000, -0.000150000, -0.008150000, -0.024200000, -0.056150000", \
"0.0078100000, 0.0058200000, 0.0038300000, -0.000170000, -0.008150000, -0.024180000, -0.056130000");
}
related_pin : "A1";
rise_power ("pwr_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
values("0.0267400000, 0.0287700000, 0.0307600000, 0.0346600000, 0.0425300000, 0.0582900000, 0.0900200000", \
"0.0269400000, 0.0289800000, 0.0309600000, 0.0348800000, 0.0427500000, 0.0585100000, 0.0901900000", \
"0.0269200000, 0.0289800000, 0.0309700000, 0.0349000000, 0.0427600000, 0.0585100000, 0.0902300000", \
"0.0268000000, 0.0289100000, 0.0309300000, 0.0349100000, 0.0428000000, 0.0586000000, 0.0902500000", \
"0.0265200000, 0.0286600000, 0.0307200000, 0.0347400000, 0.0427100000, 0.0585600000, 0.0903300000", \
"0.0263300000, 0.0284600000, 0.0305300000, 0.0346000000, 0.0426100000, 0.0585000000, 0.0903000000", \
"0.0261900000, 0.0282500000, 0.0303200000, 0.0343700000, 0.0424100000, 0.0583400000, 0.0901600000", \
"0.0261400000, 0.0281600000, 0.0302200000, 0.0342600000, 0.0422800000, 0.0582400000, 0.0902000000", \
"0.0260900000, 0.0281400000, 0.0301600000, 0.0341000000, 0.0420500000, 0.0580400000, 0.0899100000", \
"0.0260600000, 0.0281100000, 0.0301400000, 0.0341200000, 0.0420400000, 0.0579700000, 0.0899500000", \
"0.0260400000, 0.0280900000, 0.0301200000, 0.0341100000, 0.0420000000, 0.0578900000, 0.0897400000");
}
when : "(A2&!B1)";
}
internal_power () {
fall_power ("pwr_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
values("0.0063400000, 0.0043600000, 0.0023700000, -0.001580000, -0.009530000, -0.025440000, -0.057230000", \
"0.0064500000, 0.0044900000, 0.0025100000, -0.001450000, -0.009410000, -0.025320000, -0.057100000", \
"0.0065400000, 0.0045600000, 0.0025800000, -0.001380000, -0.009340000, -0.025250000, -0.057030000", \
"0.0067100000, 0.0047200000, 0.0027400000, -0.001220000, -0.009180000, -0.025090000, -0.056870000", \
"0.0070100000, 0.0050000000, 0.0029900000, -0.000980000, -0.008960000, -0.024880000, -0.056680000", \
"0.0072800000, 0.0052500000, 0.0032300000, -0.000780000, -0.008790000, -0.024740000, -0.056570000", \
"0.0075600000, 0.0055200000, 0.0034900000, -0.000550000, -0.008590000, -0.024600000, -0.056460000", \
"0.0077200000, 0.0056800000, 0.0036500000, -0.000390000, -0.008450000, -0.024480000, -0.056370000", \
"0.0078900000, 0.0058700000, 0.0038500000, -0.000180000, -0.008240000, -0.024290000, -0.056220000", \
"0.0079200000, 0.0059000000, 0.0038900000, -0.000130000, -0.008180000, -0.024230000, -0.056170000", \
"0.0079300000, 0.0059200000, 0.0039000000, -0.000110000, -0.008140000, -0.024180000, -0.056120000");
}
related_pin : "A2";
rise_power ("pwr_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
values("0.0294600000, 0.0314300000, 0.0333900000, 0.0373100000, 0.0451600000, 0.0609000000, 0.0926000000", \
"0.0295300000, 0.0315200000, 0.0334700000, 0.0374000000, 0.0452300000, 0.0609200000, 0.0925700000", \
"0.0294700000, 0.0314500000, 0.0334200000, 0.0373400000, 0.0451800000, 0.0609300000, 0.0925700000", \
"0.0293600000, 0.0313500000, 0.0333300000, 0.0372500000, 0.0450900000, 0.0608600000, 0.0924900000", \
"0.0292100000, 0.0312100000, 0.0332000000, 0.0371600000, 0.0450100000, 0.0607800000, 0.0924800000", \
"0.0291000000, 0.0311200000, 0.0331400000, 0.0371000000, 0.0450000000, 0.0607700000, 0.0925100000", \
"0.0289700000, 0.0310000000, 0.0330000000, 0.0369900000, 0.0449000000, 0.0606400000, 0.0923800000", \
"0.0289200000, 0.0309500000, 0.0329400000, 0.0369200000, 0.0448500000, 0.0606800000, 0.0924500000", \
"0.0289200000, 0.0309300000, 0.0329300000, 0.0368400000, 0.0447700000, 0.0605400000, 0.0922400000", \
"0.0288900000, 0.0309200000, 0.0329200000, 0.0368900000, 0.0447400000, 0.0605100000, 0.0923600000", \
"0.0288700000, 0.0308900000, 0.0329100000, 0.0368800000, 0.0447600000, 0.0604800000, 0.0922300000");
}
when : "(A1&!B1)";
}
internal_power () {
fall_power ("pwr_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
values("0.0037300000, 0.0017300000, -0.000270000, -0.004250000, -0.012220000, -0.028120000, -0.059900000", \
"0.0040400000, 0.0018800000, -0.000170000, -0.004210000, -0.012200000, -0.028120000, -0.059890000", \
"0.0041900000, 0.0019900000, -0.000100000, -0.004160000, -0.012170000, -0.028110000, -0.059890000", \
"0.0045600000, 0.0022400000, 8.000000e-05, -0.004060000, -0.012140000, -0.028120000, -0.059930000", \
"0.0051100000, 0.0027600000, 0.0005200000, -0.003740000, -0.011970000, -0.028060000, -0.059950000", \
"0.0054400000, 0.0031600000, 0.0009400000, -0.003360000, -0.011700000, -0.027910000, -0.059880000", \
"0.0056700000, 0.0035100000, 0.0013400000, -0.002930000, -0.011290000, -0.027610000, -0.059720000", \
"0.0057100000, 0.0036000000, 0.0014900000, -0.002710000, -0.011040000, -0.027390000, -0.059560000", \
"0.0055700000, 0.0035400000, 0.0015000000, -0.002560000, -0.010700000, -0.027000000, -0.059210000", \
"0.0054200000, 0.0034400000, 0.0014200000, -0.002580000, -0.010660000, -0.026900000, -0.059130000", \
"0.0052500000, 0.0032900000, 0.0013000000, -0.002610000, -0.010670000, -0.026840000, -0.059050000");
}
related_pin : "B1";
rise_power ("pwr_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
values("0.0152800000, 0.0179900000, 0.0200600000, 0.0240100000, 0.0319000000, 0.0476700000, 0.0793300000", \
"0.0155000000, 0.0180000000, 0.0200800000, 0.0240500000, 0.0319200000, 0.0477100000, 0.0794100000", \
"0.0155800000, 0.0180000000, 0.0200800000, 0.0240500000, 0.0319700000, 0.0477600000, 0.0793600000", \
"0.0155500000, 0.0178000000, 0.0198900000, 0.0239600000, 0.0319300000, 0.0477300000, 0.0794400000", \
"0.0151600000, 0.0173900000, 0.0195300000, 0.0236700000, 0.0317200000, 0.0476100000, 0.0793500000", \
"0.0149400000, 0.0171000000, 0.0192200000, 0.0233700000, 0.0314800000, 0.0474200000, 0.0792500000", \
"0.0148300000, 0.0169000000, 0.0189700000, 0.0230700000, 0.0311900000, 0.0471700000, 0.0791200000", \
"0.0148500000, 0.0168800000, 0.0188900000, 0.0229500000, 0.0310400000, 0.0469800000, 0.0789300000", \
"0.0150000000, 0.0169900000, 0.0189700000, 0.0229300000, 0.0309000000, 0.0467600000, 0.0786200000", \
"0.0150900000, 0.0170500000, 0.0190400000, 0.0230000000, 0.0309100000, 0.0466200000, 0.0785600000", \
"0.0151900000, 0.0171400000, 0.0191200000, 0.0230700000, 0.0309700000, 0.0466000000, 0.0785000000");
}
when : "(!A1) | (!A2)";
}
max_capacitance : 0.0466900000;
power_down_function : "(!VPWR + VGND)";
related_ground_pin : "VGND";
related_power_pin : "VPWR";
timing () {
cell_fall ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
values("0.4466900000, 0.5316600000, 0.6135900000, 0.7722900000, 1.0824700000, 1.6919700000, 2.8974700000", \
"0.4457300000, 0.5307600000, 0.6127000000, 0.7713900000, 1.0816700000, 1.6910700000, 2.8965700000", \
"0.4467500000, 0.5316800000, 0.6136500000, 0.7722900000, 1.0827300000, 1.6921300000, 2.8977300000", \
"0.4569500000, 0.5423500000, 0.6245700000, 0.7834700000, 1.0936000000, 1.7035000000, 2.9092000000", \
"0.5036200000, 0.5900300000, 0.6729200000, 0.8330000000, 1.1442000000, 1.7551000000, 2.9611000000", \
"0.5822900000, 0.6703000000, 0.7540000000, 0.9152000000, 1.2283000000, 1.8398000000, 3.0470000000", \
"0.7539000000, 0.8401000000, 0.9239000000, 1.0853000000, 1.3999000000, 2.0135000000, 3.2224000000", \
"0.9197000000, 1.0154000000, 1.1004000000, 1.2604000000, 1.5753000000, 2.1899000000, 3.3998000000", \
"1.2726700000, 1.4053700000, 1.5237700000, 1.7298700000, 2.0738700000, 2.6871700000, 3.8972700000", \
"1.4198300000, 1.5685300000, 1.7015300000, 1.9332300000, 2.3191300000, 2.9478300000, 4.1570300000", \
"1.5521000000, 1.7153000000, 1.8614000000, 2.1165000000, 2.5409000000, 3.2097000000, 4.4169000000");
}
cell_rise ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
values("0.3772700000, 0.4596900000, 0.5399500000, 0.6992600000, 1.0190700000, 1.6560700000, 2.9331700000", \
"0.3835200000, 0.4671100000, 0.5480800000, 0.7077500000, 1.0282700000, 1.6673700000, 2.9416700000", \
"0.3891700000, 0.4735100000, 0.5548700000, 0.7149300000, 1.0356300000, 1.6748300000, 2.9482300000", \
"0.4073500000, 0.4929000000, 0.5755500000, 0.7368000000, 1.0579000000, 1.6984000000, 2.9732000000", \
"0.4658200000, 0.5527000000, 0.6369100000, 0.8002100000, 1.1235000000, 1.7660000000, 3.0394000000", \
"0.5580600000, 0.6447000000, 0.7293000000, 0.8938000000, 1.2196000000, 1.8633000000, 3.1414000000", \
"0.7260000000, 0.8154000000, 0.8994000000, 1.0642000000, 1.3905000000, 2.0344000000, 3.3141000000", \
"0.8565000000, 0.9593000000, 1.0537000000, 1.2236000000, 1.5501000000, 2.1955000000, 3.4800000000", \
"1.1384700000, 1.2697700000, 1.3876700000, 1.5993700000, 1.9717700000, 2.6267700000, 3.9108700000", \
"1.2557300000, 1.4023300000, 1.5323300000, 1.7627300000, 2.1637300000, 2.8479300000, 4.1333300000", \
"1.3595000000, 1.5216000000, 1.6636000000, 1.9127000000, 2.3411000000, 3.0653000000, 4.3545000000");
}
fall_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
values("0.3440000000, 0.4465700000, 0.5476700000, 0.7481800000, 1.1513900000, 1.9543900000, 3.5567000000", \
"0.3440000000, 0.4465500000, 0.5479200000, 0.7485200000, 1.1503700000, 1.9546300000, 3.5565000000", \
"0.3439700000, 0.4464500000, 0.5476000000, 0.7480800000, 1.1508800000, 1.9546100000, 3.5602000000", \
"0.3442900000, 0.4465800000, 0.5481300000, 0.7485300000, 1.1512600000, 1.9550700000, 3.5556000000", \
"0.3440800000, 0.4468200000, 0.5475600000, 0.7488800000, 1.1513900000, 1.9551000000, 3.5574000000", \
"0.3432200000, 0.4463400000, 0.5477100000, 0.7489000000, 1.1504000000, 1.9545000000, 3.5602000000", \
"0.3648000000, 0.4580000000, 0.5533000000, 0.7484000000, 1.1512000000, 1.9523000000, 3.5602000000", \
"0.4330000000, 0.5146000000, 0.5991000000, 0.7770000000, 1.1555000000, 1.9540000000, 3.5599000000", \
"0.6088000000, 0.7170000000, 0.8111000000, 0.9739000000, 1.2878000000, 1.9947000000, 3.5584000000", \
"0.6909000000, 0.8111000000, 0.9148000000, 1.0935000000, 1.3975000000, 2.0610000000, 3.5650000000", \
"0.7676000000, 0.9004000000, 1.0124000000, 1.2055000000, 1.5250000000, 2.1503000000, 3.5932000000");
}
related_pin : "A1";
rise_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
values("0.2378600000, 0.3470600000, 0.4564100000, 0.6733400000, 1.1069400000, 1.9743300000, 3.7105000000", \
"0.2375100000, 0.3466100000, 0.4556000000, 0.6732200000, 1.1073200000, 1.9754200000, 3.7084000000", \
"0.2376400000, 0.3467200000, 0.4557400000, 0.6730600000, 1.1078100000, 1.9730900000, 3.7097000000", \
"0.2380000000, 0.3471900000, 0.4559500000, 0.6737900000, 1.1069900000, 1.9760700000, 3.7082000000", \
"0.2385700000, 0.3475500000, 0.4562900000, 0.6732200000, 1.1071300000, 1.9755000000, 3.7056000000", \
"0.2392000000, 0.3480200000, 0.4559400000, 0.6733900000, 1.1069000000, 1.9759000000, 3.7098000000", \
"0.2611000000, 0.3611000000, 0.4639000000, 0.6752000000, 1.1081000000, 1.9762000000, 3.7063000000", \
"0.3072000000, 0.4035000000, 0.4987000000, 0.6978000000, 1.1123000000, 1.9753000000, 3.7060000000", \
"0.4122000000, 0.5254000000, 0.6338000000, 0.8340000000, 1.2078000000, 2.0086000000, 3.7090000000", \
"0.4657000000, 0.5855000000, 0.6976000000, 0.9068000000, 1.2844000000, 2.0562000000, 3.7116000000", \
"0.5206000000, 0.6451000000, 0.7618000000, 0.9769000000, 1.3709000000, 2.1146000000, 3.7333000000");
}
timing_sense : "negative_unate";
}
timing () {
cell_fall ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
values("0.4718300000, 0.5567800000, 0.6387300000, 0.7974200000, 1.1075700000, 1.7169700000, 2.9226700000", \
"0.4743200000, 0.5593100000, 0.6412700000, 0.7999000000, 1.1101700000, 1.7194700000, 2.9250700000", \
"0.4781500000, 0.5631300000, 0.6450300000, 0.8037200000, 1.1139300000, 1.7233300000, 2.9289300000", \
"0.4945900000, 0.5796900000, 0.6617200000, 0.8204800000, 1.1308000000, 1.7402000000, 2.9459000000", \
"0.5512000000, 0.6371900000, 0.7197300000, 0.8793000000, 1.1902000000, 1.8004000000, 3.0065000000", \
"0.6305900000, 0.7174000000, 0.8007000000, 0.9612000000, 1.2735000000, 1.8847000000, 3.0917000000", \
"0.7890000000, 0.8757000000, 0.9594000000, 1.1208000000, 1.4346000000, 2.0478000000, 3.2564000000", \
"0.9393000000, 1.0331000000, 1.1193000000, 1.2810000000, 1.5957000000, 2.2099000000, 3.4202000000", \
"1.2815700000, 1.3993700000, 1.5065700000, 1.7004700000, 2.0433700000, 2.6623700000, 3.8751700000", \
"1.4316300000, 1.5612300000, 1.6787300000, 1.8895300000, 2.2593300000, 2.8972300000, 4.1117300000", \
"1.5683000000, 1.7096000000, 1.8371000000, 2.0646000000, 2.4599000000, 3.1310000000, 4.3478000000");
}
cell_rise ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
values("0.4273800000, 0.5074000000, 0.5863700000, 0.7424000000, 1.0531700000, 1.6721700000, 2.9060700000", \
"0.4302600000, 0.5102600000, 0.5892000000, 0.7452700000, 1.0559700000, 1.6749700000, 2.9092700000", \
"0.4342700000, 0.5144700000, 0.5935000000, 0.7495500000, 1.0602300000, 1.6793300000, 2.9135300000", \
"0.4522100000, 0.5326800000, 0.6118600000, 0.7680800000, 1.0792000000, 1.6984000000, 2.9327000000", \
"0.5139900000, 0.5952600000, 0.6750300000, 0.8320000000, 1.1439000000, 1.7635000000, 2.9979000000", \
"0.6061800000, 0.6879000000, 0.7682000000, 0.9259000000, 1.2384000000, 1.8588000000, 3.0942000000", \
"0.7697000000, 0.8527000000, 0.9330000000, 1.0910000000, 1.4045000000, 2.0258000000, 3.2620000000", \
"0.8990000000, 0.9935000000, 1.0817000000, 1.2432000000, 1.5569000000, 2.1788000000, 3.4156000000", \
"1.1739700000, 1.2915700000, 1.3998700000, 1.5981700000, 1.9538700000, 2.5868700000, 3.8252700000", \
"1.2884300000, 1.4178300000, 1.5360300000, 1.7506300000, 2.1320300000, 2.7945300000, 4.0342300000", \
"1.3890000000, 1.5304000000, 1.6585000000, 1.8891000000, 2.2951000000, 2.9949000000, 4.2423000000");
}
fall_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
values("0.3441700000, 0.4463400000, 0.5480000000, 0.7488700000, 1.1511800000, 1.9534900000, 3.5594000000", \
"0.3441500000, 0.4462900000, 0.5477600000, 0.7492300000, 1.1500000000, 1.9544000000, 3.5601000000", \
"0.3443600000, 0.4464600000, 0.5476500000, 0.7489500000, 1.1509000000, 1.9545500000, 3.5602000000", \
"0.3443700000, 0.4466300000, 0.5479000000, 0.7485100000, 1.1504500000, 1.9549100000, 3.5558000000", \
"0.3442400000, 0.4467500000, 0.5479800000, 0.7486700000, 1.1511700000, 1.9546000000, 3.5585000000", \
"0.3437400000, 0.4462700000, 0.5478900000, 0.7481000000, 1.1513000000, 1.9549000000, 3.5590000000", \
"0.3565000000, 0.4535000000, 0.5514000000, 0.7485000000, 1.1512000000, 1.9544000000, 3.5603000000", \
"0.3980000000, 0.4886000000, 0.5807000000, 0.7681000000, 1.1550000000, 1.9547000000, 3.5590000000", \
"0.5235000000, 0.6261000000, 0.7217000000, 0.8978000000, 1.2446000000, 1.9880000000, 3.5567000000", \
"0.5870000000, 0.6954000000, 0.7956000000, 0.9800000000, 1.3209000000, 2.0346000000, 3.5679000000", \
"0.6496000000, 0.7637000000, 0.8683000000, 1.0591000000, 1.4091000000, 2.0952000000, 3.5919000000");
}
related_pin : "A2";
rise_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
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}
timing_sense : "negative_unate";
}
timing () {
cell_fall ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
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}
cell_rise ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
values("0.1816700000, 0.2619100000, 0.3231000000, 0.4378600000, 0.6663800000, 1.1245700000, 2.0366700000", \
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}
fall_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
values("0.0966800000, 0.1485400000, 0.2004100000, 0.3030800000, 0.5101100000, 0.9240700000, 1.7512500000", \
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}
related_pin : "B1";
rise_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
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}
sdf_cond : "(!A1&!A2)";
timing_sense : "negative_unate";
when : "(!A1&!A2)";
}
timing () {
cell_fall ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
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}
cell_rise ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
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fall_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
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}
related_pin : "B1";
rise_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
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}
sdf_cond : "(!A1&A2)";
timing_sense : "negative_unate";
when : "(!A1&A2)";
}
timing () {
cell_fall ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
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}
cell_rise ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
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fall_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
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}
related_pin : "B1";
rise_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0014600000, 0.0029200000, 0.0058300000, 0.0116700000, 0.0233500000, 0.0466900000");
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"0.2818700000, 0.3891100000, 0.4955700000, 0.7068900000, 1.1274800000, 1.9718000000, 3.6530000000", \
"0.2814500000, 0.3884200000, 0.4956400000, 0.7068100000, 1.1289700000, 1.9719300000, 3.6525000000", \
"0.2805200000, 0.3882200000, 0.4946100000, 0.7061900000, 1.1291500000, 1.9712300000, 3.6516000000", \
"0.2785100000, 0.3860000000, 0.4945400000, 0.7056700000, 1.1292300000, 1.9718000000, 3.6532000000", \
"0.3440000000, 0.4281000000, 0.5199000000, 0.7129000000, 1.1286000000, 1.9707000000, 3.6534000000", \
"0.4171000000, 0.5143000000, 0.5919000000, 0.7626000000, 1.1406000000, 1.9717000000, 3.6533000000", \
"0.5770000000, 0.7020000000, 0.8105000000, 0.9975000000, 1.3140000000, 2.0274000000, 3.6530000000", \
"0.6523000000, 0.7889000000, 0.9066000000, 1.1080000000, 1.4387000000, 2.1081000000, 3.6616000000", \
"0.7241000000, 0.8721000000, 0.9980000000, 1.2136000000, 1.5717000000, 2.2090000000, 3.6968000000");
}
sdf_cond : "(A1&!A2)";
timing_sense : "negative_unate";
when : "(A1&!A2)";
}
}
}
cell ("sky130_fd_sc_hvl__a22o_1") {
area : 21.489600000;
cell_footprint : "sky130_fd_sc_hvl__a22o";
cell_leakage_power : 0.0000000000;
pg_pin ("VGND") {
pg_type : "primary_ground";
related_bias_pin : "VPB";
voltage_name : "VGND";
}
pg_pin ("VNB") {
pg_type : "nwell";
physical_connection : "device_layer";
voltage_name : "VNB";
}
pg_pin ("VPB") {
pg_type : "pwell";
physical_connection : "device_layer";
voltage_name : "VPB";
}
pg_pin ("VPWR") {
pg_type : "primary_power";
related_bias_pin : "VNB";
voltage_name : "VPWR";
}
pin ("A1") {
capacitance : 0.0038600000;
clock : "false";
direction : "input";
internal_power () {
fall_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0062100000, 0.0065900000, 0.0061400000, 0.0059600000, 0.0058800000, 0.0062600000, 0.0062900000, 0.0066700000, 0.0074900000, 0.0079000000, 0.0083200000");
}
rise_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0040800000, 0.0046100000, 0.0039300000, 0.0035200000, 0.0035200000, 0.0037800000, 0.0038100000, 0.0040600000, 0.0045300000, 0.0047700000, 0.0050000000");
}
}
max_transition : 3.7500000000;
related_ground_pin : "VGND";
related_power_pin : "VPWR";
}
pin ("A2") {
capacitance : 0.0039200000;
clock : "false";
direction : "input";
internal_power () {
fall_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0062500000, 0.0063700000, 0.0061300000, 0.0059600000, 0.0059300000, 0.0062900000, 0.0063100000, 0.0067000000, 0.0075600000, 0.0080000000, 0.0084400000");
}
rise_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0041100000, 0.0041900000, 0.0039000000, 0.0034100000, 0.0034600000, 0.0037000000, 0.0037300000, 0.0039500000, 0.0043300000, 0.0045800000, 0.0047900000");
}
}
max_transition : 3.7500000000;
related_ground_pin : "VGND";
related_power_pin : "VPWR";
}
pin ("B1") {
capacitance : 0.0039200000;
clock : "false";
direction : "input";
internal_power () {
fall_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0040700000, 0.0051000000, 0.0045100000, 0.0034100000, 0.0034000000, 0.0036700000, 0.0036900000, 0.0039100000, 0.0043500000, 0.0045700000, 0.0047900000");
}
rise_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0060900000, 0.0062600000, 0.0058700000, 0.0056800000, 0.0055500000, 0.0059300000, 0.0059500000, 0.0063300000, 0.0071200000, 0.0075200000, 0.0079300000");
}
}
max_transition : 3.7500000000;
related_ground_pin : "VGND";
related_power_pin : "VPWR";
}
pin ("B2") {
capacitance : 0.0040300000;
clock : "false";
direction : "input";
internal_power () {
fall_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0038600000, 0.0043400000, 0.0036200000, 0.0036300000, 0.0034900000, 0.0037200000, 0.0037500000, 0.0040200000, 0.0045000000, 0.0047300000, 0.0049800000");
}
rise_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0057100000, 0.0065800000, 0.0072400000, 0.0054200000, 0.0054400000, 0.0058000000, 0.0058100000, 0.0061600000, 0.0069100000, 0.0072800000, 0.0077100000");
}
}
max_transition : 3.7500000000;
related_ground_pin : "VGND";
related_power_pin : "VPWR";
}
pin ("X") {
direction : "output";
function : "(B1&B2) | (A1&A2)";
internal_power () {
fall_power ("pwr_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.0407500000, 0.0367200000, 0.0326100000, 0.0241800000, 0.0068800000, -0.028260000, -0.098840000", \
"0.0409800000, 0.0369500000, 0.0328500000, 0.0244200000, 0.0071200000, -0.028020000, -0.098610000", \
"0.0410000000, 0.0369700000, 0.0328700000, 0.0244400000, 0.0071400000, -0.028000000, -0.098580000", \
"0.0409700000, 0.0369300000, 0.0328300000, 0.0244100000, 0.0071100000, -0.028030000, -0.098610000", \
"0.0408100000, 0.0367700000, 0.0326800000, 0.0242500000, 0.0069500000, -0.028180000, -0.098770000", \
"0.0406400000, 0.0366000000, 0.0325000000, 0.0240700000, 0.0067700000, -0.028360000, -0.098940000", \
"0.0404300000, 0.0363800000, 0.0322700000, 0.0238300000, 0.0065200000, -0.028600000, -0.099170000", \
"0.0403000000, 0.0362400000, 0.0321000000, 0.0236500000, 0.0063600000, -0.028760000, -0.099310000", \
"0.0401100000, 0.0360000000, 0.0318400000, 0.0233700000, 0.0060700000, -0.029000000, -0.099510000", \
"0.0401100000, 0.0359400000, 0.0317600000, 0.0232800000, 0.0059900000, -0.029060000, -0.099540000", \
"0.0401100000, 0.0359100000, 0.0317000000, 0.0232100000, 0.0059400000, -0.029100000, -0.099540000");
}
related_pin : "A1";
rise_power ("pwr_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.0130600000, 0.0176700000, 0.0222100000, 0.0311700000, 0.0489200000, 0.0842000000, 0.1549500000", \
"0.0133000000, 0.0179000000, 0.0224400000, 0.0314100000, 0.0491500000, 0.0844100000, 0.1549800000", \
"0.0132400000, 0.0178500000, 0.0223900000, 0.0313800000, 0.0490900000, 0.0842600000, 0.1550900000", \
"0.0131500000, 0.0177500000, 0.0223000000, 0.0312600000, 0.0490100000, 0.0842300000, 0.1548800000", \
"0.0129200000, 0.0175100000, 0.0220500000, 0.0310400000, 0.0487900000, 0.0840600000, 0.1546400000", \
"0.0126900000, 0.0172900000, 0.0218300000, 0.0308000000, 0.0485600000, 0.0837600000, 0.1543200000", \
"0.0123600000, 0.0169600000, 0.0215100000, 0.0304800000, 0.0481700000, 0.0834300000, 0.1540500000", \
"0.0121900000, 0.0167800000, 0.0213000000, 0.0302300000, 0.0479900000, 0.0832600000, 0.1539300000", \
"0.0120300000, 0.0165500000, 0.0210400000, 0.0299700000, 0.0476800000, 0.0829100000, 0.1537500000", \
"0.0120400000, 0.0165500000, 0.0210100000, 0.0299000000, 0.0476300000, 0.0828200000, 0.1535900000", \
"0.0121000000, 0.0165900000, 0.0210700000, 0.0299200000, 0.0475900000, 0.0828000000, 0.1534900000");
}
when : "(A2&!B1) | (A2&!B2)";
}
internal_power () {
fall_power ("pwr_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.0432800000, 0.0392200000, 0.0351000000, 0.0266600000, 0.0093500000, -0.025770000, -0.096330000", \
"0.0433400000, 0.0392800000, 0.0351600000, 0.0267200000, 0.0094000000, -0.025710000, -0.096280000", \
"0.0432800000, 0.0392300000, 0.0351000000, 0.0266600000, 0.0093500000, -0.025770000, -0.096330000", \
"0.0431900000, 0.0391300000, 0.0350100000, 0.0265800000, 0.0092600000, -0.025860000, -0.096430000", \
"0.0430900000, 0.0390200000, 0.0349000000, 0.0264700000, 0.0091500000, -0.025970000, -0.096530000", \
"0.0430100000, 0.0389500000, 0.0348200000, 0.0263800000, 0.0090700000, -0.026040000, -0.096610000", \
"0.0429000000, 0.0388400000, 0.0347000000, 0.0262500000, 0.0089400000, -0.026170000, -0.096720000", \
"0.0428400000, 0.0387500000, 0.0346000000, 0.0261500000, 0.0088300000, -0.026270000, -0.096810000", \
"0.0427400000, 0.0386100000, 0.0344300000, 0.0259500000, 0.0086500000, -0.026430000, -0.096920000", \
"0.0427500000, 0.0385500000, 0.0343700000, 0.0258800000, 0.0085800000, -0.026460000, -0.096930000", \
"0.0427700000, 0.0385500000, 0.0343200000, 0.0258200000, 0.0085400000, -0.026490000, -0.096930000");
}
related_pin : "A2";
rise_power ("pwr_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.0130100000, 0.0176200000, 0.0221500000, 0.0311300000, 0.0488800000, 0.0840900000, 0.1548600000", \
"0.0131500000, 0.0177500000, 0.0222900000, 0.0312600000, 0.0490400000, 0.0841800000, 0.1550900000", \
"0.0131500000, 0.0177400000, 0.0222800000, 0.0312600000, 0.0490000000, 0.0842200000, 0.1548400000", \
"0.0130500000, 0.0176400000, 0.0221700000, 0.0311700000, 0.0489000000, 0.0840500000, 0.1549600000", \
"0.0128200000, 0.0174200000, 0.0219500000, 0.0309400000, 0.0487000000, 0.0839000000, 0.1544700000", \
"0.0126300000, 0.0172300000, 0.0217600000, 0.0307400000, 0.0485200000, 0.0837800000, 0.1543800000", \
"0.0123600000, 0.0169500000, 0.0214900000, 0.0304400000, 0.0482200000, 0.0834200000, 0.1543100000", \
"0.0122000000, 0.0168000000, 0.0213100000, 0.0302600000, 0.0480500000, 0.0832600000, 0.1540800000", \
"0.0119900000, 0.0165400000, 0.0210500000, 0.0299700000, 0.0477000000, 0.0828800000, 0.1536100000", \
"0.0119600000, 0.0165000000, 0.0209700000, 0.0298900000, 0.0476100000, 0.0828100000, 0.1535400000", \
"0.0119500000, 0.0164800000, 0.0209800000, 0.0298500000, 0.0475300000, 0.0827000000, 0.1534000000");
}
when : "(A1&!B1) | (A1&!B2)";
}
internal_power () {
fall_power ("pwr_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.0239000000, 0.0198400000, 0.0157300000, 0.0072700000, -0.010070000, -0.045190000, -0.115720000", \
"0.0237300000, 0.0197000000, 0.0155800000, 0.0071500000, -0.010190000, -0.045320000, -0.115840000", \
"0.0237200000, 0.0196700000, 0.0155600000, 0.0071000000, -0.010240000, -0.045360000, -0.115890000", \
"0.0236100000, 0.0195600000, 0.0154500000, 0.0070000000, -0.010330000, -0.045450000, -0.115990000", \
"0.0233000000, 0.0192600000, 0.0151400000, 0.0067000000, -0.010630000, -0.045750000, -0.116290000", \
"0.0229900000, 0.0189500000, 0.0148200000, 0.0063600000, -0.010970000, -0.046080000, -0.116610000", \
"0.0226600000, 0.0185800000, 0.0144200000, 0.0059300000, -0.011400000, -0.046480000, -0.116990000", \
"0.0225000000, 0.0183800000, 0.0142000000, 0.0056900000, -0.011640000, -0.046700000, -0.117170000", \
"0.0223900000, 0.0181800000, 0.0139400000, 0.0053900000, -0.011950000, -0.046970000, -0.117370000", \
"0.0224500000, 0.0182000000, 0.0139300000, 0.0053500000, -0.011990000, -0.047000000, -0.117380000", \
"0.0225100000, 0.0182400000, 0.0139600000, 0.0053600000, -0.011980000, -0.046990000, -0.117370000");
}
related_pin : "B1";
rise_power ("pwr_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.0086500000, 0.0133800000, 0.0179900000, 0.0269500000, 0.0446500000, 0.0796900000, 0.1503700000", \
"0.0084600000, 0.0132100000, 0.0178000000, 0.0268200000, 0.0444700000, 0.0795900000, 0.1501500000", \
"0.0084400000, 0.0132000000, 0.0178000000, 0.0267900000, 0.0444700000, 0.0795800000, 0.1501800000", \
"0.0083100000, 0.0130500000, 0.0176400000, 0.0266600000, 0.0443100000, 0.0794300000, 0.1500100000", \
"0.0079400000, 0.0126700000, 0.0172700000, 0.0262600000, 0.0439000000, 0.0790900000, 0.1496500000", \
"0.0075700000, 0.0122900000, 0.0168600000, 0.0258800000, 0.0435500000, 0.0787000000, 0.1492100000", \
"0.0071700000, 0.0118500000, 0.0164000000, 0.0254000000, 0.0431000000, 0.0782300000, 0.1490500000", \
"0.0069700000, 0.0116000000, 0.0161200000, 0.0251100000, 0.0428100000, 0.0779400000, 0.1488300000", \
"0.0068900000, 0.0114700000, 0.0159300000, 0.0248400000, 0.0425700000, 0.0777800000, 0.1485200000", \
"0.0069600000, 0.0114800000, 0.0159900000, 0.0248700000, 0.0425600000, 0.0776600000, 0.1483900000", \
"0.0070500000, 0.0115300000, 0.0160200000, 0.0249700000, 0.0425800000, 0.0777500000, 0.1484100000");
}
when : "(!A1&B2) | (!A2&B2)";
}
internal_power () {
fall_power ("pwr_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.0266800000, 0.0226000000, 0.0184500000, 0.0099900000, -0.007340000, -0.042450000, -0.112970000", \
"0.0264000000, 0.0223000000, 0.0181600000, 0.0097000000, -0.007630000, -0.042740000, -0.113260000", \
"0.0263300000, 0.0222500000, 0.0181100000, 0.0096400000, -0.007690000, -0.042800000, -0.113310000", \
"0.0261800000, 0.0221000000, 0.0179600000, 0.0095000000, -0.007830000, -0.042940000, -0.113460000", \
"0.0259200000, 0.0218400000, 0.0177000000, 0.0092400000, -0.008080000, -0.043190000, -0.113710000", \
"0.0256900000, 0.0216100000, 0.0174600000, 0.0089900000, -0.008330000, -0.043430000, -0.113950000", \
"0.0254200000, 0.0213300000, 0.0171500000, 0.0086500000, -0.008680000, -0.043760000, -0.114250000", \
"0.0252900000, 0.0211600000, 0.0169700000, 0.0084400000, -0.008890000, -0.043950000, -0.114420000", \
"0.0252700000, 0.0210500000, 0.0168100000, 0.0082500000, -0.009100000, -0.044120000, -0.114520000", \
"0.0253300000, 0.0210600000, 0.0168400000, 0.0082500000, -0.009100000, -0.044110000, -0.114500000", \
"0.0254300000, 0.0211800000, 0.0168900000, 0.0082800000, -0.009070000, -0.044080000, -0.114450000");
}
related_pin : "B2";
rise_power ("pwr_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.0086000000, 0.0133300000, 0.0179400000, 0.0269400000, 0.0445600000, 0.0797600000, 0.1502200000", \
"0.0084600000, 0.0131800000, 0.0177900000, 0.0267900000, 0.0444500000, 0.0795500000, 0.1500800000", \
"0.0083900000, 0.0131400000, 0.0177300000, 0.0267200000, 0.0443400000, 0.0794700000, 0.1501400000", \
"0.0083100000, 0.0130500000, 0.0176600000, 0.0266500000, 0.0443300000, 0.0794500000, 0.1500100000", \
"0.0080100000, 0.0127400000, 0.0173200000, 0.0263400000, 0.0439800000, 0.0791000000, 0.1497900000", \
"0.0076600000, 0.0124000000, 0.0169800000, 0.0259900000, 0.0436600000, 0.0787300000, 0.1496200000", \
"0.0072300000, 0.0119200000, 0.0164900000, 0.0254800000, 0.0431800000, 0.0782700000, 0.1490900000", \
"0.0069900000, 0.0116400000, 0.0162100000, 0.0251900000, 0.0428800000, 0.0780400000, 0.1487100000", \
"0.0067600000, 0.0113800000, 0.0158800000, 0.0247900000, 0.0425300000, 0.0777100000, 0.1482800000", \
"0.0067400000, 0.0113100000, 0.0158600000, 0.0247500000, 0.0423800000, 0.0775600000, 0.1481600000", \
"0.0067400000, 0.0112800000, 0.0157900000, 0.0247400000, 0.0424600000, 0.0776300000, 0.1481100000");
}
when : "(!A1&B1) | (!A2&B1)";
}
max_capacitance : 0.1036900000;
power_down_function : "(!VPWR + VGND)";
related_ground_pin : "VGND";
related_power_pin : "VPWR";
timing () {
cell_fall ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.8882200000, 1.0497700000, 1.1735700000, 1.3821700000, 1.7456700000, 2.4184700000, 3.7341700000", \
"0.8957000000, 1.0573700000, 1.1812700000, 1.3899700000, 1.7531700000, 2.4258700000, 3.7436700000", \
"0.9024700000, 1.0640300000, 1.1881300000, 1.3967300000, 1.7598300000, 2.4327300000, 3.7499300000", \
"0.9235000000, 1.0852000000, 1.2092000000, 1.4180000000, 1.7816000000, 2.4541000000, 3.7707000000", \
"0.9874000000, 1.1490000000, 1.2731000000, 1.4819000000, 1.8455000000, 2.5173000000, 3.8359000000", \
"1.0840000000, 1.2456000000, 1.3695000000, 1.5782000000, 1.9418000000, 2.6138000000, 3.9325000000", \
"1.2711000000, 1.4323000000, 1.5560000000, 1.7647000000, 2.1280000000, 2.8006000000, 4.1191000000", \
"1.4486000000, 1.6094000000, 1.7329000000, 1.9415000000, 2.3054000000, 2.9789000000, 4.2966000000", \
"1.8855700000, 2.0571700000, 2.1859700000, 2.3989700000, 2.7659700000, 3.4407700000, 4.7604700000", \
"2.0758300000, 2.2545300000, 2.3879300000, 2.6076300000, 2.9798300000, 3.6576300000, 4.9767300000", \
"2.2493000000, 2.4348000000, 2.5722000000, 2.7970000000, 3.1756000000, 3.8574000000, 5.1755000000");
}
cell_rise ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("1.0761700000, 1.2164700000, 1.3195700000, 1.4912700000, 1.7906700000, 2.3502700000, 3.4455700000", \
"1.0760700000, 1.2163700000, 1.3194700000, 1.4912700000, 1.7910700000, 2.3502700000, 3.4471700000", \
"1.0777300000, 1.2180300000, 1.3212300000, 1.4930300000, 1.7927300000, 2.3517300000, 3.4487300000", \
"1.0904000000, 1.2307000000, 1.3338000000, 1.5057000000, 1.8055000000, 2.3648000000, 3.4614000000", \
"1.1410000000, 1.2813000000, 1.3845000000, 1.5563000000, 1.8561000000, 2.4154000000, 3.5124000000", \
"1.2222000000, 1.3626000000, 1.4657000000, 1.6376000000, 1.9375000000, 2.4968000000, 3.5935000000", \
"1.3912000000, 1.5315000000, 1.6346000000, 1.8061000000, 2.1055000000, 2.6651000000, 3.7612000000", \
"1.5652000000, 1.7053000000, 1.8082000000, 1.9797000000, 2.2794000000, 2.8389000000, 3.9360000000", \
"2.0518700000, 2.1941700000, 2.2975700000, 2.4691700000, 2.7686700000, 3.3282700000, 4.4262700000", \
"2.2734300000, 2.4215300000, 2.5277300000, 2.7023300000, 3.0036300000, 3.5636300000, 4.6585300000", \
"2.4745000000, 2.6282000000, 2.7371000000, 2.9145000000, 3.2183000000, 3.7795000000, 4.8773000000");
}
fall_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1746100000, 0.3059500000, 0.4205300000, 0.6350000000, 1.0619000000, 1.9396000000, 3.7367000000", \
"0.1746200000, 0.3059800000, 0.4208200000, 0.6344000000, 1.0622000000, 1.9387000000, 3.7359000000", \
"0.1744800000, 0.3060300000, 0.4197000000, 0.6346000000, 1.0615000000, 1.9391000000, 3.7336000000", \
"0.1746000000, 0.3058400000, 0.4205000000, 0.6352000000, 1.0624000000, 1.9395000000, 3.7362000000", \
"0.1746000000, 0.3060000000, 0.4198000000, 0.6356000000, 1.0624000000, 1.9376000000, 3.7375000000", \
"0.1745000000, 0.3061000000, 0.4208000000, 0.6354000000, 1.0620000000, 1.9373000000, 3.7361000000", \
"0.1746000000, 0.3073000000, 0.4200000000, 0.6350000000, 1.0620000000, 1.9369000000, 3.7325000000", \
"0.1751000000, 0.3069000000, 0.4203000000, 0.6356000000, 1.0626000000, 1.9385000000, 3.7353000000", \
"0.1959000000, 0.3290000000, 0.4399000000, 0.6496000000, 1.0696000000, 1.9407000000, 3.7340000000", \
"0.2075000000, 0.3437000000, 0.4561000000, 0.6662000000, 1.0817000000, 1.9468000000, 3.7378000000", \
"0.2185000000, 0.3575000000, 0.4711000000, 0.6813000000, 1.0948000000, 1.9528000000, 3.7424000000");
}
related_pin : "A1";
rise_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1707800000, 0.2765000000, 0.3687000000, 0.5482000000, 0.9124000000, 1.6652000000, 3.2029000000", \
"0.1707600000, 0.2767000000, 0.3681000000, 0.5473000000, 0.9115000000, 1.6634000000, 3.2067000000", \
"0.1707000000, 0.2765000000, 0.3682000000, 0.5473000000, 0.9120000000, 1.6643000000, 3.2062000000", \
"0.1708000000, 0.2764000000, 0.3682000000, 0.5473000000, 0.9103000000, 1.6654000000, 3.2088000000", \
"0.1708000000, 0.2767000000, 0.3682000000, 0.5472000000, 0.9115000000, 1.6639000000, 3.2074000000", \
"0.1707000000, 0.2767000000, 0.3682000000, 0.5474000000, 0.9104000000, 1.6653000000, 3.2087000000", \
"0.1708000000, 0.2766000000, 0.3691000000, 0.5483000000, 0.9125000000, 1.6655000000, 3.2047000000", \
"0.1707000000, 0.2765000000, 0.3684000000, 0.5476000000, 0.9107000000, 1.6649000000, 3.2083000000", \
"0.1795000000, 0.2829000000, 0.3737000000, 0.5506000000, 0.9137000000, 1.6640000000, 3.2079000000", \
"0.1916000000, 0.2951000000, 0.3847000000, 0.5590000000, 0.9187000000, 1.6676000000, 3.2061000000", \
"0.2033000000, 0.3064000000, 0.3955000000, 0.5691000000, 0.9240000000, 1.6720000000, 3.2058000000");
}
sdf_cond : "(A2&!B1&!B2)";
timing_sense : "positive_unate";
when : "(A2&!B1&!B2)";
}
timing () {
cell_fall ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("1.0256700000, 1.1894700000, 1.3141700000, 1.5238700000, 1.8885700000, 2.5638700000, 3.8814700000", \
"1.0337700000, 1.1975700000, 1.3224700000, 1.5321700000, 1.8972700000, 2.5710700000, 3.8897700000", \
"1.0408300000, 1.2045300000, 1.3294300000, 1.5395300000, 1.9039300000, 2.5778300000, 3.8974300000", \
"1.0616000000, 1.2255000000, 1.3504000000, 1.5606000000, 1.9255000000, 2.5994000000, 3.9173000000", \
"1.1241000000, 1.2878000000, 1.4128000000, 1.6229000000, 1.9874000000, 2.6628000000, 3.9810000000", \
"1.2188000000, 1.3824000000, 1.5073000000, 1.7173000000, 2.0822000000, 2.7559000000, 4.0754000000", \
"1.3996000000, 1.5631000000, 1.6876000000, 1.8974000000, 2.2621000000, 2.9363000000, 4.2563000000", \
"1.5668000000, 1.7302000000, 1.8545000000, 2.0642000000, 2.4296000000, 3.1047000000, 4.4242000000", \
"1.9785700000, 2.1491700000, 2.2766700000, 2.4889700000, 2.8559700000, 3.5322700000, 4.8521700000", \
"2.1575300000, 2.3339300000, 2.4656300000, 2.6836300000, 3.0548300000, 3.7323300000, 5.0528300000", \
"2.3213000000, 2.5029000000, 2.6379000000, 2.8602000000, 3.2370000000, 3.9187000000, 5.2393000000");
}
cell_rise ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.9705500000, 1.1118700000, 1.2155700000, 1.3878700000, 1.6881700000, 2.2477700000, 3.3426700000", \
"0.9703000000, 1.1115700000, 1.2153700000, 1.3875700000, 1.6877700000, 2.2470700000, 3.3441700000", \
"0.9719200000, 1.1132300000, 1.2169300000, 1.3893300000, 1.6892300000, 2.2483300000, 3.3460300000", \
"0.9833000000, 1.1247000000, 1.2284000000, 1.4007000000, 1.7009000000, 2.2603000000, 3.3570000000", \
"1.0323000000, 1.1736000000, 1.2774000000, 1.4497000000, 1.7501000000, 2.3097000000, 3.4043000000", \
"1.1135000000, 1.2548000000, 1.3585000000, 1.5309000000, 1.8309000000, 2.3900000000, 3.4879000000", \
"1.2825000000, 1.4237000000, 1.5273000000, 1.6995000000, 1.9996000000, 2.5592000000, 3.6561000000", \
"1.4566000000, 1.5974000000, 1.7006000000, 1.8725000000, 2.1725000000, 2.7321000000, 3.8294000000", \
"1.9317700000, 2.0775700000, 2.1826700000, 2.3556700000, 2.6557700000, 3.2149700000, 4.3121700000", \
"2.1402300000, 2.2920300000, 2.4001300000, 2.5766300000, 2.8796300000, 3.4395300000, 4.5380300000", \
"2.3282000000, 2.4862000000, 2.5971000000, 2.7763000000, 3.0820000000, 3.6447000000, 4.7418000000");
}
fall_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1874700000, 0.3182000000, 0.4307000000, 0.6454000000, 1.0724000000, 1.9488000000, 3.7454000000", \
"0.1875100000, 0.3191000000, 0.4307000000, 0.6455000000, 1.0726000000, 1.9482000000, 3.7451000000", \
"0.1875700000, 0.3182000000, 0.4314000000, 0.6460000000, 1.0724000000, 1.9472000000, 3.7442000000", \
"0.1875000000, 0.3181000000, 0.4314000000, 0.6465000000, 1.0727000000, 1.9487000000, 3.7460000000", \
"0.1875000000, 0.3186000000, 0.4308000000, 0.6453000000, 1.0723000000, 1.9488000000, 3.7440000000", \
"0.1876000000, 0.3187000000, 0.4314000000, 0.6460000000, 1.0725000000, 1.9476000000, 3.7441000000", \
"0.1875000000, 0.3183000000, 0.4313000000, 0.6452000000, 1.0725000000, 1.9472000000, 3.7454000000", \
"0.1878000000, 0.3193000000, 0.4318000000, 0.6474000000, 1.0728000000, 1.9474000000, 3.7414000000", \
"0.2031000000, 0.3343000000, 0.4443000000, 0.6545000000, 1.0772000000, 1.9498000000, 3.7431000000", \
"0.2124000000, 0.3468000000, 0.4588000000, 0.6693000000, 1.0871000000, 1.9510000000, 3.7486000000", \
"0.2213000000, 0.3583000000, 0.4723000000, 0.6825000000, 1.0990000000, 1.9618000000, 3.7478000000");
}
related_pin : "A1";
rise_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1713600000, 0.2774500000, 0.3692000000, 0.5485000000, 0.9119000000, 1.6666000000, 3.2073000000", \
"0.1713100000, 0.2774000000, 0.3694000000, 0.5483000000, 0.9134000000, 1.6654000000, 3.2096000000", \
"0.1713500000, 0.2771400000, 0.3695000000, 0.5488000000, 0.9137000000, 1.6662000000, 3.2096000000", \
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"0.1716000000, 0.2773000000, 0.3698000000, 0.5484000000, 0.9124000000, 1.6666000000, 3.2068000000", \
"0.1713000000, 0.2778000000, 0.3696000000, 0.5488000000, 0.9138000000, 1.6665000000, 3.2094000000", \
"0.1712000000, 0.2773000000, 0.3703000000, 0.5491000000, 0.9135000000, 1.6652000000, 3.2096000000", \
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"0.1989000000, 0.3022000000, 0.3914000000, 0.5643000000, 0.9214000000, 1.6694000000, 3.2075000000", \
"0.2116000000, 0.3143000000, 0.4031000000, 0.5751000000, 0.9286000000, 1.6750000000, 3.2073000000");
}
sdf_cond : "(A2&!B1&B2)";
timing_sense : "positive_unate";
when : "(A2&!B1&B2)";
}
timing () {
cell_fall ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("1.0979700000, 1.2628700000, 1.3886700000, 1.6001700000, 1.9676700000, 2.6443700000, 3.9665700000", \
"1.1061700000, 1.2711700000, 1.3969700000, 1.6084700000, 1.9759700000, 2.6530700000, 3.9750700000", \
"1.1133300000, 1.2783300000, 1.4040300000, 1.6157300000, 1.9830300000, 2.6604300000, 3.9801300000", \
"1.1347000000, 1.2997000000, 1.4255000000, 1.6371000000, 2.0049000000, 2.6821000000, 4.0040000000", \
"1.1986000000, 1.3632000000, 1.4890000000, 1.7006000000, 2.0683000000, 2.7450000000, 4.0673000000", \
"1.2943000000, 1.4592000000, 1.5849000000, 1.7966000000, 2.1643000000, 2.8411000000, 4.1633000000", \
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"1.6433000000, 1.8080000000, 1.9335000000, 2.1447000000, 2.5122000000, 3.1895000000, 4.5117000000", \
"2.0676700000, 2.2371700000, 2.3640700000, 2.5765700000, 2.9449700000, 3.6227700000, 4.9449700000", \
"2.2553300000, 2.4308300000, 2.5620300000, 2.7793300000, 3.1508300000, 3.8303300000, 5.1526300000", \
"2.4275000000, 2.6081000000, 2.7425000000, 2.9643000000, 3.3408000000, 4.0238000000, 5.3447000000");
}
cell_rise ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.9968400000, 1.1636700000, 1.2803700000, 1.4656700000, 1.7767700000, 2.3415700000, 3.4365700000", \
"0.9965700000, 1.1633700000, 1.2799700000, 1.4653700000, 1.7763700000, 2.3407700000, 3.4361700000", \
"0.9981300000, 1.1649300000, 1.2815300000, 1.4669300000, 1.7779300000, 2.3428300000, 3.4395300000", \
"1.0095000000, 1.1764000000, 1.2930000000, 1.4784000000, 1.7895000000, 2.3543000000, 3.4514000000", \
"1.0586000000, 1.2255000000, 1.3420000000, 1.5275000000, 1.8386000000, 2.4035000000, 3.4983000000", \
"1.1398000000, 1.3067000000, 1.4233000000, 1.6087000000, 1.9198000000, 2.4848000000, 3.5820000000", \
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"1.4828000000, 1.6491000000, 1.7652000000, 1.9501000000, 2.2611000000, 2.8260000000, 3.9237000000", \
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"2.1707300000, 2.3507300000, 2.4735300000, 2.6642300000, 2.9780300000, 3.5446300000, 4.6423300000", \
"2.3606000000, 2.5487000000, 2.6759000000, 2.8709000000, 3.1889000000, 3.7569000000, 4.8551000000");
}
fall_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1907000000, 0.3219000000, 0.4351000000, 0.6503000000, 1.0772000000, 1.9531000000, 3.7505000000", \
"0.1905000000, 0.3223000000, 0.4350000000, 0.6501000000, 1.0772000000, 1.9513000000, 3.7481000000", \
"0.1905000000, 0.3230000000, 0.4352000000, 0.6502000000, 1.0762000000, 1.9541000000, 3.7513000000", \
"0.1906000000, 0.3219000000, 0.4351000000, 0.6503000000, 1.0772000000, 1.9517000000, 3.7489000000", \
"0.1905000000, 0.3219000000, 0.4358000000, 0.6495000000, 1.0773000000, 1.9528000000, 3.7504000000", \
"0.1905000000, 0.3221000000, 0.4355000000, 0.6495000000, 1.0772000000, 1.9530000000, 3.7502000000", \
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"0.1906000000, 0.3221000000, 0.4366000000, 0.6501000000, 1.0774000000, 1.9533000000, 3.7499000000", \
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"0.2119000000, 0.3455000000, 0.4582000000, 0.6684000000, 1.0874000000, 1.9563000000, 3.7509000000", \
"0.2201000000, 0.3563000000, 0.4697000000, 0.6814000000, 1.0986000000, 1.9636000000, 3.7552000000");
}
related_pin : "A1";
rise_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1923200000, 0.3150500000, 0.4072000000, 0.5801000000, 0.9348000000, 1.6754000000, 3.2086000000", \
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"0.2064000000, 0.3277000000, 0.4176000000, 0.5873000000, 0.9362000000, 1.6770000000, 3.2075000000", \
"0.2205000000, 0.3454000000, 0.4341000000, 0.5994000000, 0.9450000000, 1.6789000000, 3.2087000000", \
"0.2340000000, 0.3613000000, 0.4503000000, 0.6131000000, 0.9545000000, 1.6865000000, 3.2102000000");
}
sdf_cond : "(A2&B1&!B2)";
timing_sense : "positive_unate";
when : "(A2&B1&!B2)";
}
timing () {
cell_fall ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.9017600000, 1.0600700000, 1.1821700000, 1.3884700000, 1.7501700000, 2.4229700000, 3.7397700000", \
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"0.9092800000, 1.0676300000, 1.1896300000, 1.3960300000, 1.7577300000, 2.4304300000, 3.7470300000", \
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"2.1858000000, 2.3666000000, 2.5011000000, 2.7225000000, 3.0982000000, 3.7798000000, 5.1021000000");
}
cell_rise ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("1.0945700000, 1.2348700000, 1.3379700000, 1.5098700000, 1.8096700000, 2.3688700000, 3.4658700000", \
"1.0981700000, 1.2384700000, 1.3415700000, 1.5134700000, 1.8128700000, 2.3724700000, 3.4667700000", \
"1.1030300000, 1.2432300000, 1.3464300000, 1.5182300000, 1.8180300000, 2.3771300000, 3.4741300000", \
"1.1217000000, 1.2620000000, 1.3651000000, 1.5369000000, 1.8366000000, 2.3954000000, 3.4926000000", \
"1.1818000000, 1.3221000000, 1.4252000000, 1.5970000000, 1.8964000000, 2.4561000000, 3.5516000000", \
"1.2634000000, 1.4037000000, 1.5069000000, 1.6788000000, 1.9786000000, 2.5380000000, 3.6343000000", \
"1.4222000000, 1.5625000000, 1.6655000000, 1.8372000000, 2.1366000000, 2.6964000000, 3.7910000000", \
"1.5817000000, 1.7219000000, 1.8249000000, 1.9965000000, 2.2962000000, 2.8558000000, 3.9523000000", \
"2.0182700000, 2.1610700000, 2.2647700000, 2.4368700000, 2.7369700000, 3.2962700000, 4.3913700000", \
"2.2210300000, 2.3686300000, 2.4750300000, 2.6497300000, 2.9515300000, 3.5122300000, 4.6080300000", \
"2.4091000000, 2.5611000000, 2.6700000000, 2.8477000000, 3.1516000000, 3.7131000000, 4.8094000000");
}
fall_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1719000000, 0.3019900000, 0.4155900000, 0.6293000000, 1.0583000000, 1.9382000000, 3.7387000000", \
"0.1722100000, 0.3020700000, 0.4155600000, 0.6302000000, 1.0585000000, 1.9385000000, 3.7388000000", \
"0.1718200000, 0.3020500000, 0.4150000000, 0.6292000000, 1.0585000000, 1.9385000000, 3.7389000000", \
"0.1722100000, 0.3020500000, 0.4156000000, 0.6291000000, 1.0574000000, 1.9355000000, 3.7376000000", \
"0.1721000000, 0.3021000000, 0.4152000000, 0.6300000000, 1.0574000000, 1.9370000000, 3.7381000000", \
"0.1720000000, 0.3019000000, 0.4155000000, 0.6302000000, 1.0586000000, 1.9388000000, 3.7383000000", \
"0.1719000000, 0.3023000000, 0.4153000000, 0.6301000000, 1.0580000000, 1.9357000000, 3.7378000000", \
"0.1722000000, 0.3036000000, 0.4159000000, 0.6298000000, 1.0584000000, 1.9388000000, 3.7354000000", \
"0.1918000000, 0.3231000000, 0.4353000000, 0.6451000000, 1.0661000000, 1.9392000000, 3.7383000000", \
"0.2025000000, 0.3369000000, 0.4490000000, 0.6593000000, 1.0769000000, 1.9439000000, 3.7366000000", \
"0.2124000000, 0.3497000000, 0.4626000000, 0.6746000000, 1.0888000000, 1.9527000000, 3.7380000000");
}
related_pin : "A2";
rise_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1707000000, 0.2765000000, 0.3681000000, 0.5471000000, 0.9114000000, 1.6640000000, 3.2075000000", \
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"0.1708000000, 0.2762000000, 0.3683000000, 0.5472000000, 0.9120000000, 1.6634000000, 3.2065000000", \
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"0.1709000000, 0.2765000000, 0.3693000000, 0.5479000000, 0.9124000000, 1.6654000000, 3.2037000000", \
"0.1708000000, 0.2767000000, 0.3682000000, 0.5474000000, 0.9112000000, 1.6661000000, 3.2089000000", \
"0.1709000000, 0.2765000000, 0.3687000000, 0.5481000000, 0.9124000000, 1.6651000000, 3.2048000000", \
"0.1710000000, 0.2768000000, 0.3684000000, 0.5476000000, 0.9115000000, 1.6659000000, 3.2088000000", \
"0.1785000000, 0.2822000000, 0.3732000000, 0.5505000000, 0.9130000000, 1.6653000000, 3.2028000000", \
"0.1865000000, 0.2921000000, 0.3825000000, 0.5577000000, 0.9182000000, 1.6671000000, 3.2085000000", \
"0.1944000000, 0.3007000000, 0.3920000000, 0.5662000000, 0.9221000000, 1.6728000000, 3.2048000000");
}
sdf_cond : "(A1&!B1&!B2)";
timing_sense : "positive_unate";
when : "(A1&!B1&!B2)";
}
timing () {
cell_fall ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("1.0648700000, 1.2271700000, 1.3510700000, 1.5601700000, 1.9249700000, 2.5998700000, 3.9221700000", \
"1.0674700000, 1.2296700000, 1.3535700000, 1.5627700000, 1.9270700000, 2.6031700000, 3.9245700000", \
"1.0713300000, 1.2336300000, 1.3575300000, 1.5666300000, 1.9315300000, 2.6062300000, 3.9286300000", \
"1.0897000000, 1.2520000000, 1.3759000000, 1.5850000000, 1.9494000000, 2.6255000000, 3.9445000000", \
"1.1528000000, 1.3151000000, 1.4390000000, 1.6481000000, 2.0130000000, 2.6878000000, 4.0099000000", \
"1.2482000000, 1.4105000000, 1.5344000000, 1.7435000000, 2.1079000000, 2.7842000000, 4.1044000000", \
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"1.5802000000, 1.7414000000, 1.8650000000, 2.0739000000, 2.4383000000, 3.1147000000, 4.4366000000", \
"1.9621700000, 2.1304700000, 2.2570700000, 2.4682700000, 2.8349700000, 3.5115700000, 4.8344700000", \
"2.1265300000, 2.3001300000, 2.4302300000, 2.6461300000, 3.0171300000, 3.6959300000, 5.0185300000", \
"2.2756000000, 2.4541000000, 2.5871000000, 2.8070000000, 3.1820000000, 3.8646000000, 5.1879000000");
}
cell_rise ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.9889600000, 1.1302700000, 1.2339700000, 1.4063700000, 1.7063700000, 2.2657700000, 3.3627700000", \
"0.9923700000, 1.1335700000, 1.2373700000, 1.4097700000, 1.7096700000, 2.2689700000, 3.3663700000", \
"0.9968300000, 1.1381300000, 1.2418300000, 1.4143300000, 1.7143300000, 2.2736300000, 3.3706300000", \
"1.0144000000, 1.1558000000, 1.2595000000, 1.4318000000, 1.7320000000, 2.2914000000, 3.3882000000", \
"1.0730000000, 1.2143000000, 1.3180000000, 1.4905000000, 1.7903000000, 2.3497000000, 3.4473000000", \
"1.1542000000, 1.2955000000, 1.3992000000, 1.5716000000, 1.8720000000, 2.4316000000, 3.5258000000", \
"1.3131000000, 1.4543000000, 1.5579000000, 1.7302000000, 2.0303000000, 2.5898000000, 3.6870000000", \
"1.4732000000, 1.6141000000, 1.7175000000, 1.8897000000, 2.1897000000, 2.7493000000, 3.8465000000", \
"1.8994700000, 2.0452700000, 2.1505700000, 2.3239700000, 2.6246700000, 3.1849700000, 4.2808700000", \
"2.0934300000, 2.2440300000, 2.3522300000, 2.5289300000, 2.8316300000, 3.3930300000, 4.4895300000", \
"2.2726000000, 2.4280000000, 2.5387000000, 2.7184000000, 3.0244000000, 3.5869000000, 4.6847000000");
}
fall_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1873000000, 0.3172000000, 0.4298000000, 0.6433000000, 1.0716000000, 1.9486000000, 3.7478000000", \
"0.1872700000, 0.3172000000, 0.4297000000, 0.6436000000, 1.0709000000, 1.9511000000, 3.7476000000", \
"0.1872800000, 0.3181000000, 0.4301000000, 0.6433000000, 1.0718000000, 1.9488000000, 3.7477000000", \
"0.1873000000, 0.3173000000, 0.4296000000, 0.6434000000, 1.0707000000, 1.9510000000, 3.7500000000", \
"0.1873000000, 0.3171000000, 0.4300000000, 0.6434000000, 1.0720000000, 1.9493000000, 3.7477000000", \
"0.1873000000, 0.3170000000, 0.4299000000, 0.6438000000, 1.0713000000, 1.9505000000, 3.7486000000", \
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"0.1874000000, 0.3175000000, 0.4298000000, 0.6442000000, 1.0713000000, 1.9494000000, 3.7488000000", \
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"0.2174000000, 0.3532000000, 0.4670000000, 0.6776000000, 1.0950000000, 1.9616000000, 3.7540000000");
}
related_pin : "A2";
rise_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1712600000, 0.2773500000, 0.3692000000, 0.5487000000, 0.9137000000, 1.6665000000, 3.2067000000", \
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"0.1713400000, 0.2772000000, 0.3691000000, 0.5488000000, 0.9138000000, 1.6666000000, 3.2069000000", \
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"0.1998000000, 0.3069000000, 0.3982000000, 0.5731000000, 0.9261000000, 1.6718000000, 3.2078000000");
}
sdf_cond : "(A1&!B1&B2)";
timing_sense : "positive_unate";
when : "(A1&!B1&B2)";
}
timing () {
cell_fall ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("1.1262700000, 1.2890700000, 1.4133700000, 1.6232700000, 1.9893700000, 2.6674700000, 3.9902700000", \
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"1.1329300000, 1.2957300000, 1.4200300000, 1.6299300000, 1.9957300000, 2.6740300000, 3.9951300000", \
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"2.3693000000, 2.5466000000, 2.6789000000, 2.8981000000, 3.2729000000, 3.9560000000, 5.2815000000");
}
cell_rise ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("1.0152700000, 1.1821700000, 1.2986700000, 1.4840700000, 1.7951700000, 2.3600700000, 3.4547700000", \
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"1.0232300000, 1.1900300000, 1.3066300000, 1.4920300000, 1.8030300000, 2.3679300000, 3.4628300000", \
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"2.3027000000, 2.4859000000, 2.6115000000, 2.8059000000, 3.1236000000, 3.6925000000, 4.7912000000");
}
fall_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1889000000, 0.3200000000, 0.4325000000, 0.6462000000, 1.0744000000, 1.9540000000, 3.7520000000", \
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}
related_pin : "A2";
rise_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1923600000, 0.3152000000, 0.4076000000, 0.5797000000, 0.9351000000, 1.6753000000, 3.2089000000", \
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}
sdf_cond : "(A1&B1&!B2)";
timing_sense : "positive_unate";
when : "(A1&B1&!B2)";
}
timing () {
cell_fall ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.6722300000, 0.8140800000, 0.9246900000, 1.1157700000, 1.4612700000, 2.1248700000, 3.4393700000", \
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}
cell_rise ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.7036700000, 0.8344400000, 0.9318300000, 1.0950700000, 1.3846700000, 1.9338700000, 3.0204700000", \
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}
fall_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1542700000, 0.2732000000, 0.3811800000, 0.5942200000, 1.0298200000, 1.9212000000, 3.7306000000", \
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}
related_pin : "B1";
rise_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1496400000, 0.2530200000, 0.3450800000, 0.5240000000, 0.8882500000, 1.6445000000, 3.1895000000", \
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}
sdf_cond : "(!A1&!A2&B2)";
timing_sense : "positive_unate";
when : "(!A1&!A2&B2)";
}
timing () {
cell_fall ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.8507100000, 1.0145700000, 1.1395700000, 1.3491700000, 1.7136700000, 2.3880700000, 3.7071700000", \
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"2.1200000000, 2.2969000000, 2.4281000000, 2.6473000000, 3.0268000000, 3.7143000000, 5.0371000000");
}
cell_rise ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.7035900000, 0.8344300000, 0.9317700000, 1.0951700000, 1.3844700000, 1.9329700000, 3.0222700000", \
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"0.7062600000, 0.8371400000, 0.9345200000, 1.0980300000, 1.3878300000, 1.9363300000, 3.0251300000", \
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}
fall_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1874500000, 0.3184200000, 0.4307600000, 0.6455000000, 1.0725000000, 1.9470000000, 3.7453000000", \
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}
related_pin : "B1";
rise_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1498300000, 0.2531300000, 0.3452600000, 0.5235900000, 0.8889300000, 1.6454000000, 3.1915000000", \
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}
sdf_cond : "(!A1&A2&B2)";
timing_sense : "positive_unate";
when : "(!A1&A2&B2)";
}
timing () {
cell_fall ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.9172400000, 1.0795700000, 1.2036700000, 1.4127700000, 1.7776700000, 2.4522700000, 3.7745700000", \
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}
cell_rise ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.7233800000, 0.8785500000, 0.9879400000, 1.1640700000, 1.4643700000, 2.0184700000, 3.1067700000", \
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}
fall_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1873900000, 0.3171500000, 0.4301200000, 0.6433000000, 1.0717000000, 1.9487000000, 3.7477000000", \
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}
related_pin : "B1";
rise_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1704900000, 0.2880600000, 0.3788700000, 0.5531100000, 0.9094000000, 1.6548000000, 3.1903000000", \
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}
sdf_cond : "(A1&!A2&B2)";
timing_sense : "positive_unate";
when : "(A1&!A2&B2)";
}
timing () {
cell_fall ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.7178600000, 0.8597400000, 0.9706900000, 1.1629700000, 1.5101700000, 2.1745700000, 3.4928700000", \
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}
cell_rise ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.7262500000, 0.8569700000, 0.9544400000, 1.1182700000, 1.4071700000, 1.9562700000, 3.0435700000", \
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"1.8089000000, 1.9669000000, 2.0788000000, 2.2587000000, 2.5633000000, 3.1220000000, 4.2114000000");
}
fall_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1557300000, 0.2752700000, 0.3832500000, 0.5967300000, 1.0328000000, 1.9275000000, 3.7354000000", \
"0.1557200000, 0.2751200000, 0.3839000000, 0.5967700000, 1.0322000000, 1.9237000000, 3.7381000000", \
"0.1556600000, 0.2755800000, 0.3830400000, 0.5966400000, 1.0326000000, 1.9247000000, 3.7368000000", \
"0.1556800000, 0.2751900000, 0.3836800000, 0.5967800000, 1.0323000000, 1.9261000000, 3.7341000000", \
"0.1557000000, 0.2754700000, 0.3833000000, 0.5968000000, 1.0321000000, 1.9259000000, 3.7333000000", \
"0.1557000000, 0.2758000000, 0.3839000000, 0.5970000000, 1.0327000000, 1.9250000000, 3.7362000000", \
"0.1557000000, 0.2755000000, 0.3839000000, 0.5969000000, 1.0323000000, 1.9260000000, 3.7349000000", \
"0.1578000000, 0.2772000000, 0.3855000000, 0.5984000000, 1.0328000000, 1.9250000000, 3.7331000000", \
"0.1816000000, 0.3012000000, 0.4094000000, 0.6192000000, 1.0458000000, 1.9311000000, 3.7378000000", \
"0.1933000000, 0.3115000000, 0.4185000000, 0.6297000000, 1.0558000000, 1.9355000000, 3.7370000000", \
"0.2052000000, 0.3220000000, 0.4281000000, 0.6376000000, 1.0643000000, 1.9430000000, 3.7407000000");
}
related_pin : "B2";
rise_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1497400000, 0.2527300000, 0.3444200000, 0.5239900000, 0.8884000000, 1.6442000000, 3.1896000000", \
"0.1498100000, 0.2531300000, 0.3444600000, 0.5242000000, 0.8891000000, 1.6444000000, 3.1923000000", \
"0.1498000000, 0.2528300000, 0.3451400000, 0.5242100000, 0.8882000000, 1.6442000000, 3.1918000000", \
"0.1498800000, 0.2537800000, 0.3443900000, 0.5241800000, 0.8897000000, 1.6458000000, 3.1916000000", \
"0.1497600000, 0.2533100000, 0.3446000000, 0.5235000000, 0.8883000000, 1.6456000000, 3.1901000000", \
"0.1498000000, 0.2529000000, 0.3446000000, 0.5238000000, 0.8896000000, 1.6459000000, 3.1889000000", \
"0.1499000000, 0.2534000000, 0.3449000000, 0.5242000000, 0.8884000000, 1.6461000000, 3.1898000000", \
"0.1545000000, 0.2564000000, 0.3473000000, 0.5256000000, 0.8888000000, 1.6458000000, 3.1835000000", \
"0.1798000000, 0.2846000000, 0.3749000000, 0.5492000000, 0.9048000000, 1.6509000000, 3.1862000000", \
"0.1916000000, 0.2976000000, 0.3876000000, 0.5606000000, 0.9147000000, 1.6571000000, 3.1902000000", \
"0.2029000000, 0.3105000000, 0.4002000000, 0.5727000000, 0.9246000000, 1.6609000000, 3.1907000000");
}
sdf_cond : "(!A1&!A2&B1)";
timing_sense : "positive_unate";
when : "(!A1&!A2&B1)";
}
timing () {
cell_fall ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.9218500000, 1.0868700000, 1.2126700000, 1.4241700000, 1.7909700000, 2.4684700000, 3.7888700000", \
"0.9229100000, 1.0878700000, 1.2137700000, 1.4252700000, 1.7924700000, 2.4697700000, 3.7903700000", \
"0.9246800000, 1.0896300000, 1.2155300000, 1.4270300000, 1.7943300000, 2.4708300000, 3.7930300000", \
"0.9355300000, 1.1006000000, 1.2265000000, 1.4381000000, 1.8055000000, 2.4819000000, 3.8043000000", \
"0.9809000000, 1.1459000000, 1.2718000000, 1.4834000000, 1.8510000000, 2.5274000000, 3.8497000000", \
"1.0587000000, 1.2237000000, 1.3494000000, 1.5610000000, 1.9285000000, 2.6051000000, 3.9274000000", \
"1.2258000000, 1.3916000000, 1.5159000000, 1.7269000000, 2.0943000000, 2.7712000000, 4.0939000000", \
"1.4008000000, 1.5648000000, 1.6897000000, 1.9003000000, 2.2677000000, 2.9450000000, 4.2684000000", \
"1.8376700000, 2.0070700000, 2.1359700000, 2.3505700000, 2.7206700000, 3.4002700000, 4.7215700000", \
"2.0245300000, 2.1963300000, 2.3261300000, 2.5445300000, 2.9205300000, 3.6034300000, 4.9273300000", \
"2.1936000000, 2.3687000000, 2.4995000000, 2.7186000000, 3.0981000000, 3.7871000000, 5.1123000000");
}
cell_rise ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.7262600000, 0.8567600000, 0.9543800000, 1.1176700000, 1.4072700000, 1.9561700000, 3.0433700000", \
"0.7311600000, 0.8620600000, 0.9594700000, 1.1228700000, 1.4125700000, 1.9610700000, 3.0498700000", \
"0.7369300000, 0.8675200000, 0.9649400000, 1.1288300000, 1.4183300000, 1.9666300000, 3.0555300000", \
"0.7568500000, 0.8874600000, 0.9852000000, 1.1487000000, 1.4379000000, 1.9868000000, 3.0757000000", \
"0.8143100000, 0.9451000000, 1.0426000000, 1.2063000000, 1.4960000000, 2.0446000000, 3.1334000000", \
"0.8903000000, 1.0210000000, 1.1180000000, 1.2822000000, 1.5712000000, 2.1207000000, 3.2078000000", \
"1.0408000000, 1.1709000000, 1.2680000000, 1.4316000000, 1.7221000000, 2.2711000000, 3.3596000000", \
"1.1896000000, 1.3203000000, 1.4175000000, 1.5814000000, 1.8721000000, 2.4220000000, 3.5108000000", \
"1.5288700000, 1.6741700000, 1.7789700000, 1.9512700000, 2.2482700000, 2.8004700000, 3.8873700000", \
"1.6768300000, 1.8286300000, 1.9369300000, 2.1131300000, 2.4144300000, 2.9702300000, 4.0593300000", \
"1.8117000000, 1.9696000000, 2.0814000000, 2.2613000000, 2.5656000000, 3.1246000000, 4.2137000000");
}
fall_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1904200000, 0.3218600000, 0.4349800000, 0.6503000000, 1.0768000000, 1.9540000000, 3.7509000000", \
"0.1904700000, 0.3219200000, 0.4351000000, 0.6505000000, 1.0772000000, 1.9539000000, 3.7504000000", \
"0.1905700000, 0.3219800000, 0.4350000000, 0.6495000000, 1.0773000000, 1.9530000000, 3.7505000000", \
"0.1904800000, 0.3219600000, 0.4363000000, 0.6497000000, 1.0773000000, 1.9526000000, 3.7518000000", \
"0.1906000000, 0.3228000000, 0.4351000000, 0.6500000000, 1.0773000000, 1.9527000000, 3.7507000000", \
"0.1905000000, 0.3219000000, 0.4356000000, 0.6495000000, 1.0773000000, 1.9528000000, 3.7502000000", \
"0.1906000000, 0.3220000000, 0.4356000000, 0.6501000000, 1.0775000000, 1.9530000000, 3.7502000000", \
"0.1902000000, 0.3229000000, 0.4365000000, 0.6510000000, 1.0776000000, 1.9522000000, 3.7508000000", \
"0.2067000000, 0.3397000000, 0.4540000000, 0.6651000000, 1.0857000000, 1.9567000000, 3.7523000000", \
"0.2166000000, 0.3479000000, 0.4627000000, 0.6784000000, 1.0989000000, 1.9634000000, 3.7503000000", \
"0.2278000000, 0.3567000000, 0.4697000000, 0.6876000000, 1.1097000000, 1.9748000000, 3.7575000000");
}
related_pin : "B2";
rise_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1497200000, 0.2532700000, 0.3444300000, 0.5239500000, 0.8895000000, 1.6435000000, 3.1901000000", \
"0.1497700000, 0.2529300000, 0.3444400000, 0.5237200000, 0.8884000000, 1.6442000000, 3.1922000000", \
"0.1496600000, 0.2535600000, 0.3442700000, 0.5241200000, 0.8881000000, 1.6444000000, 3.1918000000", \
"0.1497300000, 0.2536900000, 0.3451300000, 0.5239900000, 0.8891000000, 1.6444000000, 3.1918000000", \
"0.1499500000, 0.2531700000, 0.3445000000, 0.5241000000, 0.8886000000, 1.6444000000, 3.1921000000", \
"0.1497000000, 0.2531000000, 0.3454000000, 0.5241000000, 0.8895000000, 1.6456000000, 3.1869000000", \
"0.1499000000, 0.2535000000, 0.3448000000, 0.5240000000, 0.8894000000, 1.6454000000, 3.1879000000", \
"0.1543000000, 0.2566000000, 0.3478000000, 0.5254000000, 0.8901000000, 1.6456000000, 3.1882000000", \
"0.1798000000, 0.2845000000, 0.3751000000, 0.5490000000, 0.9043000000, 1.6508000000, 3.1864000000", \
"0.1911000000, 0.2974000000, 0.3874000000, 0.5607000000, 0.9145000000, 1.6571000000, 3.1902000000", \
"0.2026000000, 0.3099000000, 0.4000000000, 0.5715000000, 0.9253000000, 1.6606000000, 3.1918000000");
}
sdf_cond : "(!A1&A2&B1)";
timing_sense : "positive_unate";
when : "(!A1&A2&B1)";
}
timing () {
cell_fall ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.9766300000, 1.1394700000, 1.2638700000, 1.4738700000, 1.8400700000, 2.5170700000, 3.8410700000", \
"0.9777700000, 1.1406700000, 1.2650700000, 1.4750700000, 1.8412700000, 2.5181700000, 3.8419700000", \
"0.9797300000, 1.1426300000, 1.2670300000, 1.4770300000, 1.8431300000, 2.5204300000, 3.8440300000", \
"0.9915000000, 1.1544000000, 1.2788000000, 1.4889000000, 1.8551000000, 2.5321000000, 3.8566000000", \
"1.0393000000, 1.2022000000, 1.3266000000, 1.5367000000, 1.9025000000, 2.5807000000, 3.9016000000", \
"1.1193000000, 1.2821000000, 1.4065000000, 1.6164000000, 1.9825000000, 2.6607000000, 3.9828000000", \
"1.2881000000, 1.4519000000, 1.5760000000, 1.7855000000, 2.1512000000, 2.8297000000, 4.1513000000", \
"1.4647000000, 1.6268000000, 1.7505000000, 1.9597000000, 2.3256000000, 3.0042000000, 4.3281000000", \
"1.9227700000, 2.0896700000, 2.2159700000, 2.4271700000, 2.7947700000, 3.4736700000, 4.7990700000", \
"2.1215300000, 2.2904300000, 2.4181300000, 2.6341300000, 3.0063300000, 3.6877300000, 5.0129300000", \
"2.3014000000, 2.4733000000, 2.6024000000, 2.8193000000, 3.1960000000, 3.8820000000, 5.2063000000");
}
cell_rise ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.7459200000, 0.9010800000, 1.0104700000, 1.1866700000, 1.4869700000, 2.0411700000, 3.1279700000", \
"0.7509400000, 0.9061700000, 1.0156700000, 1.1918700000, 1.4918700000, 2.0462700000, 3.1328700000", \
"0.7566400000, 0.9118900000, 1.0214300000, 1.1976300000, 1.4978300000, 2.0520300000, 3.1394300000", \
"0.7764700000, 0.9318100000, 1.0414000000, 1.2178000000, 1.5180000000, 2.0721000000, 3.1579000000", \
"0.8338000000, 0.9889000000, 1.0984000000, 1.2750000000, 1.5753000000, 2.1293000000, 3.2166000000", \
"0.9095000000, 1.0645000000, 1.1738000000, 1.3502000000, 1.6507000000, 2.2052000000, 3.2931000000", \
"1.0599000000, 1.2143000000, 1.3233000000, 1.4995000000, 1.8003000000, 2.3550000000, 3.4409000000", \
"1.2086000000, 1.3636000000, 1.4730000000, 1.6495000000, 1.9508000000, 2.5061000000, 3.5941000000", \
"1.5502700000, 1.7225700000, 1.8411700000, 2.0272700000, 2.3352700000, 2.8932700000, 3.9826700000", \
"1.6993300000, 1.8793300000, 2.0027300000, 2.1938300000, 2.5075300000, 3.0688300000, 4.1591300000", \
"1.8351000000, 2.0226000000, 2.1505000000, 2.3467000000, 2.6649000000, 3.2304000000, 4.3216000000");
}
fall_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1889500000, 0.3191500000, 0.4318000000, 0.6464000000, 1.0744000000, 1.9536000000, 3.7524000000", \
"0.1889100000, 0.3190700000, 0.4319000000, 0.6462000000, 1.0749000000, 1.9533000000, 3.7527000000", \
"0.1889900000, 0.3191000000, 0.4318000000, 0.6465000000, 1.0741000000, 1.9540000000, 3.7526000000", \
"0.1888100000, 0.3201000000, 0.4322000000, 0.6458000000, 1.0745000000, 1.9524000000, 3.7549000000", \
"0.1888000000, 0.3192000000, 0.4329000000, 0.6475000000, 1.0741000000, 1.9546000000, 3.7542000000", \
"0.1888000000, 0.3198000000, 0.4325000000, 0.6473000000, 1.0745000000, 1.9545000000, 3.7536000000", \
"0.1888000000, 0.3192000000, 0.4332000000, 0.6477000000, 1.0743000000, 1.9547000000, 3.7542000000", \
"0.1887000000, 0.3194000000, 0.4327000000, 0.6466000000, 1.0748000000, 1.9547000000, 3.7503000000", \
"0.2017000000, 0.3333000000, 0.4449000000, 0.6560000000, 1.0799000000, 1.9531000000, 3.7520000000", \
"0.2108000000, 0.3417000000, 0.4554000000, 0.6696000000, 1.0903000000, 1.9616000000, 3.7562000000", \
"0.2211000000, 0.3499000000, 0.4626000000, 0.6784000000, 1.1010000000, 1.9691000000, 3.7601000000");
}
related_pin : "B2";
rise_transition ("delay_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0032500000, 0.0064900000, 0.0129700000, 0.0259400000, 0.0518800000, 0.1037600000");
values("0.1703900000, 0.2880400000, 0.3789900000, 0.5532500000, 0.9093000000, 1.6540000000, 3.1883000000", \
"0.1704900000, 0.2878300000, 0.3798600000, 0.5531800000, 0.9104000000, 1.6527000000, 3.1908000000", \
"0.1705100000, 0.2879400000, 0.3788500000, 0.5529500000, 0.9108000000, 1.6549000000, 3.1887000000", \
"0.1703800000, 0.2881300000, 0.3794400000, 0.5529000000, 0.9108000000, 1.6551000000, 3.1900000000", \
"0.1703600000, 0.2881000000, 0.3785000000, 0.5531000000, 0.9091000000, 1.6543000000, 3.1891000000", \
"0.1705000000, 0.2884000000, 0.3786000000, 0.5534000000, 0.9108000000, 1.6550000000, 3.1892000000", \
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"0.2244000000, 0.3560000000, 0.4470000000, 0.6108000000, 0.9519000000, 1.6766000000, 3.1963000000");
}
sdf_cond : "(A1&!A2&B1)";
timing_sense : "positive_unate";
when : "(A1&!A2&B1)";
}
}
}
cell ("sky130_fd_sc_hvl__a22oi_1") {
area : 15.628800000;
cell_footprint : "sky130_fd_sc_hvl__a22oi";
cell_leakage_power : 0.0000000000;
pg_pin ("VGND") {
pg_type : "primary_ground";
related_bias_pin : "VPB";
voltage_name : "VGND";
}
pg_pin ("VNB") {
pg_type : "nwell";
physical_connection : "device_layer";
voltage_name : "VNB";
}
pg_pin ("VPB") {
pg_type : "pwell";
physical_connection : "device_layer";
voltage_name : "VPB";
}
pg_pin ("VPWR") {
pg_type : "primary_power";
related_bias_pin : "VNB";
voltage_name : "VPWR";
}
pin ("A1") {
capacitance : 0.0039900000;
clock : "false";
direction : "input";
internal_power () {
fall_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0065300000, 0.0060100000, 0.0058700000, 0.0057000000, 0.0057100000, 0.0061100000, 0.0061100000, 0.0064900000, 0.0072800000, 0.0076900000, 0.0081000000");
}
rise_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0033100000, 0.0035100000, 0.0033700000, 0.0034500000, 0.0034800000, 0.0037100000, 0.0037600000, 0.0040100000, 0.0044800000, 0.0047100000, 0.0049300000");
}
}
max_transition : 3.7500000000;
related_ground_pin : "VGND";
related_power_pin : "VPWR";
}
pin ("A2") {
capacitance : 0.0039800000;
clock : "false";
direction : "input";
internal_power () {
fall_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0060600000, 0.0064300000, 0.0058600000, 0.0058800000, 0.0058000000, 0.0061900000, 0.0062000000, 0.0066000000, 0.0074400000, 0.0078700000, 0.0083000000");
}
rise_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0043100000, 0.0037500000, 0.0035400000, 0.0032800000, 0.0033600000, 0.0036200000, 0.0036400000, 0.0038600000, 0.0042800000, 0.0044700000, 0.0046600000");
}
}
max_transition : 3.7500000000;
related_ground_pin : "VGND";
related_power_pin : "VPWR";
}
pin ("B1") {
capacitance : 0.0043300000;
clock : "false";
direction : "input";
internal_power () {
fall_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0035900000, 0.0039000000, 0.0034300000, 0.0034000000, 0.0034200000, 0.0036700000, 0.0037000000, 0.0039200000, 0.0043600000, 0.0045800000, 0.0047900000");
}
rise_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0056800000, 0.0060800000, 0.0055200000, 0.0054000000, 0.0053800000, 0.0057500000, 0.0057700000, 0.0061400000, 0.0069100000, 0.0073000000, 0.0076900000");
}
}
max_transition : 3.7500000000;
related_ground_pin : "VGND";
related_power_pin : "VPWR";
}
pin ("B2") {
capacitance : 0.0041700000;
clock : "false";
direction : "input";
internal_power () {
fall_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0039700000, 0.0042600000, 0.0035500000, 0.0033200000, 0.0033500000, 0.0036000000, 0.0036100000, 0.0038500000, 0.0043100000, 0.0045400000, 0.0047000000");
}
rise_power ("hidden_pwr_template11") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
values("0.0056000000, 0.0056400000, 0.0055200000, 0.0053800000, 0.0053500000, 0.0057300000, 0.0057100000, 0.0060700000, 0.0067900000, 0.0071600000, 0.0075300000");
}
}
max_transition : 3.7500000000;
related_ground_pin : "VGND";
related_power_pin : "VPWR";
}
pin ("Y") {
direction : "output";
function : "(!A1&!B1) | (!A1&!B2) | (!A2&!B1) | (!A2&!B2)";
internal_power () {
fall_power ("pwr_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0013800000, 0.0027700000, 0.0055300000, 0.0110600000, 0.0221100000, 0.0442300000");
values("0.0073500000, 0.0054800000, 0.0036000000, -0.000150000, -0.007680000, -0.022730000, -0.052860000", \
"0.0074400000, 0.0055800000, 0.0036800000, -7.00000e-05, -0.007590000, -0.022650000, -0.052790000", \
"0.0074700000, 0.0056000000, 0.0037200000, -2.00000e-05, -0.007560000, -0.022610000, -0.052740000", \
"0.0076200000, 0.0057400000, 0.0038500000, 9.000000e-05, -0.007440000, -0.022490000, -0.052620000", \
"0.0079000000, 0.0060000000, 0.0041000000, 0.0003200000, -0.007230000, -0.022300000, -0.052440000", \
"0.0082000000, 0.0062800000, 0.0043600000, 0.0005500000, -0.007040000, -0.022140000, -0.052310000", \
"0.0085300000, 0.0065900000, 0.0046500000, 0.0008300000, -0.006800000, -0.021960000, -0.052190000", \
"0.0087000000, 0.0067700000, 0.0048200000, 0.0010000000, -0.006650000, -0.021830000, -0.052090000", \
"0.0088300000, 0.0069200000, 0.0050000000, 0.0011700000, -0.006460000, -0.021640000, -0.051930000", \
"0.0088100000, 0.0069100000, 0.0050000000, 0.0012000000, -0.006390000, -0.021600000, -0.051890000", \
"0.0087700000, 0.0068700000, 0.0049700000, 0.0011900000, -0.006380000, -0.021550000, -0.051850000");
}
related_pin : "A1";
rise_power ("pwr_template11x7") {
index_1("0.0010000000, 0.0130000000, 0.0260000000, 0.0720000000, 0.2160000000, 0.4320000000, 0.8640000000, 1.2960000000, 2.5000000000, 3.1250000000, 3.7500000000");
index_2("0.0000000000, 0.0013800000, 0.0027700000, 0.0055300000, 0.0110600000, 0.0221100000, 0.0442300000");
values("0.0327100000, 0.0346000000, 0.0364700000, 0.0401900000, 0.0476200000, 0.0625000000, 0.0925700000", \
"0.0329100000, 0.0348100000, 0.0366900000, 0.0404100000, 0.0478500000, 0.0627300000, 0.0927300000", \
"0.0328900000, 0.0348100000, 0.0367100000, 0.0404300000, 0.0478700000, 0.0627500000, 0.0927600000", \