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test.lib
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test.lib
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/**********************************************************************
**** ****
**** This file is created for liberty2json-python project. All ****
**** data is fake and cannot be used for fabrication. ****
**** ****
**********************************************************************/
library ("saed012rvt_ff34p56v789c") { /*comment*/
/*comment*/
define(driver_model,library,string);
/*comment*/
define(def_sim_opt,library,string); /*com
ment*/
define(simulator,library,string);
define(always_on,cell,string);
define(is_decap_cell,cell,string);
define(clk_width,timing,string);
technology("cmos");
delay_model : "table_lookup";
date : "[1999 DECEMBER 6]";
revision : "1.0000000";
time_unit : "1ns";
leakage_power_unit : "1pW";
voltage_unit : "1V";
pulling_resistance_unit : "1kohm";
current_unit : "1uA";
capacitive_load_unit(1.000000, \
"ff"); /*comment*/
default_leakage_power_density : 0.000000;
input_threshold_pct_rise : 87.000000;
output_threshold_pct_rise : 87.000000;
input_threshold_pct_fall : 87.000000;
output_threshold_pct_fall : 87.000000;
slew_lower_threshold_pct_rise : 69.000000;
slew_upper_threshold_pct_rise : 96.000000;
slew_lower_threshold_pct_fall : 69.000000;
slew_upper_threshold_pct_fall : 96.000000;
slew_derate_from_library : 1.000000;
default_inout_pin_cap : 0.000000;
default_cell_leakage_power : 0.000000;
default_input_pin_cap : 0.000000;
default_output_pin_cap : 0.000000;
default_fanout_load : 1.000000;
library_features("report_delay_calculation");
library_features("report_noise_calculation");
library_features("report_power_calculation");
driver_model : "snps_predriver";
nom_voltage : 0.870000;
nom_temperature : 520.000000;
nom_process : 1.11;
default_wire_load_capacitance : 0.2468;
default_wire_load_resistance : 0.1357;
default_wire_load_area : 0.010000;
default_wire_load_mode : "enclosed";
default_threshold_voltage_group : "saed012cell_svt";
def_sim_opt : "POST=1 PROBE POST_VERSION=2001 INGOLD=2 NOMOD NOPAGE NUMDGT=10 MEASDGT=10 LIMPTS=500000 ICSWEEP=0 AUTOSTOP ALTCC=1 RUNLVL=5 ACCURATE=1 ABSVAR=1.000000e-03 RELVAR=1.000000e-02";
simulator : "MIRKAT -- C-2009.03-SP1 32-BIT (July 5 2002);
voltage_map(VDD,0.870000);
voltage_map(VDDG,0.870000);
voltage_map(VSS,0.000000);
output_voltage (DC_0) { /*comment*/
/*comment*/
vol : 0.0425;
voh : 0.8075;
vomin : 0;
vomax : VDD;
} /*comment*/
wire_load (ForQA) {
capacitance : 0.024680;
resistance : 1.870000e-03;
area : 0.010000;
slope : 30.123456;
fanout_length("1", \
"8.1234567");
fanout_length("2", \
"18.1234567");
fanout_length("3", \
"29.1234567");
fanout_length("4", \
"40.1234567");
fanout_length("5", \
"53.1234567");
fanout_length("6", \
"66.1234567");
fanout_length("7", \
"80.1234567");
fanout_length("8", \
"95.1234567");
fanout_length("9", \
"111.1234567");
fanout_length("10", \
"128.1234567");
fanout_length("11", \
"146.1234567");
fanout_length("12", \
"165.1234567");
fanout_length("13", \
"185.1234567");
fanout_length("14", \
"207.1234567");
fanout_length("15", \
"230.1234567");
fanout_length("16", \
"254.1234567");
fanout_length("17", \
"280.1234567");
fanout_length("18", \
"307.1234567");
fanout_length("19", \
"335.1234567");
fanout_length("20", \
"366.1234567");
}
wire_load ("8888") {
capacitance : 0.024680;
resistance : 1.870000e-03;
area : 0.010000;
slope : 30.654321;
fanout_length("1", \
"8.0987654");
fanout_length("2", \
"18.0987654");
fanout_length("3", \
"29.0987654");
fanout_length("4", \
"40.0987654");
fanout_length("5", \
"53.0987654");
fanout_length("6", \
"66.0987654");
fanout_length("7", \
"80.0987654");
fanout_length("8", \
"95.0987654");
fanout_length("9", \
"111.0987654");
fanout_length("10", \
"128.0987654");
fanout_length("11", \
"146.0987654");
fanout_length("12", \
"165.0987654");
fanout_length("13", \
"185.0987654");
fanout_length("14", \
"207.0987654");
fanout_length("15", \
"230.0987654");
fanout_length("16", \
"254.0987654");
fanout_length("17", \
"280.0987654");
fanout_length("18", \
"307.0987654");
fanout_length("19", \
"335.0987654");
fanout_length("20", \
"366.0987654");
}
wire_load_selection (predcaps) {
wire_load_from_area(0.000000,321.000000, \
"ForQA");
wire_load_from_area(321.000000,8888.000000, \
"8888");
}
power_lut_template ("power_inputs_1") {
variable_1 : "input_transition_time";
index_1("1, 2, 3, 4, 5, 6, 7");
}
operating_conditions (ff0p85v125c) {
process : 1.01;
voltage : 0.850000;
temperature : 125.000000;
tree_type : "worst_case_tree";
}
lu_table_template ("vio_7_7_1") {
variable_1 : "related_pin_transition";
index_1("1, 2, 3, 4, 5, 6, 7");
variable_2 : "constrained_pin_transition";
index_2("1, 2, 3, 4, 5, 6, 7");
}
lu_table_template ("del_1_7_7") {
variable_1 : "input_net_transition";
index_1("1, 2, 3, 4, 5, 6, 7");
variable_2 : "total_output_net_capacitance";
index_2("1, 2, 3, 4, 5, 6, 7");
}
power_lut_template ("power_outputs_1") {
variable_1 : "input_transition_time";
index_1("1, 2, 3, 4, 5, 6, 7");
variable_2 : "total_output_net_capacitance";
index_2("1, 2, 3, 4, 5, 6, 7");
}
lu_table_template ("constraint_7_0_1") {
variable_1 : "related_pin_transition";
index_1("1, 2, 3, 4, 5, 6, 7");
}
lu_table_template ("driver_waveform_template") {
variable_1 : "input_net_transition";
index_1("1, 2");
variable_2 : "normalized_voltage";
index_2("1, 2");
}
normalized_driver_waveform ("driver_waveform_template") {
driver_waveform_name : "preDrv";
index_1("0.0160000, 0.0320000, 0.0640000, 0.1280000, 0.2560000, 0.5120000, 1.0240000");
index_2("0.0000000, 0.0500000, 0.2000000, 0.3325198, 0.4480158, 0.5500000, 0.6412599, 0.7240079, 0.8000000, 0.8706299, 0.9370039, 1.0000000");
values("0.0000000e+00, 2.6666667e-03, 5.3333333e-03, 8.0000000e-03, 1.0666667e-02, 1.3333333e-02, 1.6000000e-02, 1.8666667e-02, 2.1333333e-02, 2.4000000e-02, 2.6666667e-02, 2.9333333e-02", \
"0.0000000e+00, 5.3333333e-03, 1.0666667e-02, 1.6000000e-02, 2.1333333e-02, 2.6666667e-02, 3.2000000e-02, 3.7333333e-02, 4.2666667e-02, 4.8000000e-02, 5.3333333e-02, 5.8666667e-02", \
"0.0000000e+00, 1.0666667e-02, 2.1333333e-02, 3.2000000e-02, 4.2666667e-02, 5.3333333e-02, 6.4000000e-02, 7.4666667e-02, 8.5333333e-02, 9.6000000e-02, 1.0666667e-01, 1.1733333e-01", \
"0.0000000e+00, 2.1333333e-02, 4.2666667e-02, 6.4000000e-02, 8.5333333e-02, 1.0666667e-01, 1.2800000e-01, 1.4933333e-01, 1.7066667e-01, 1.9200000e-01, 2.1333333e-01, 2.3466667e-01", \
"0.0000000e+00, 4.2666667e-02, 8.5333333e-02, 1.2800000e-01, 1.7066667e-01, 2.1333333e-01, 2.5600000e-01, 2.9866667e-01, 3.4133333e-01, 3.8400000e-01, 4.2666667e-01, 4.6933333e-01", \
"0.0000000e+00, 8.5333333e-02, 1.7066667e-01, 2.5600000e-01, 3.4133333e-01, 4.2666667e-01, 5.1200000e-01, 5.9733333e-01, 6.8266667e-01, 7.6800000e-01, 8.5333333e-01, 9.3866667e-01", \
"0.0000000e+00, 1.7066667e-01, 3.4133333e-01, 5.1200000e-01, 6.8266667e-01, 8.5333333e-01, 1.0240000e+00, 1.1946667e+00, 1.3653333e+00, 1.5360000e+00, 1.7066667e+00, 1.8773333e+00");
}
cell (AND2X1) {
cell_footprint : "AND2";
area : 2.123456 ;
cell_leakage_power : 4.747474e+06;
driver_waveform_rise : "preDrv";
driver_waveform_fall : "preDrv";
leakage_power () {
when : "!A1&!A2";
value : "1.7878787e+06";
}
leakage_power () {
when : "!A1&A2";
value : "4.7878787e+06";
}
leakage_power () {
when : "A1&!A2";
value : "3.7878787e+06";
}
leakage_power () {
when : "A1&A2";
value : "4.7878787e+06";
}
pg_pin (VDD) {
voltage_name : "VDD";
pg_type : "primary_power";
}
pg_pin (VSS) {
voltage_name : "VSS";
pg_type : "primary_ground";
}
pin (A1) {
fanout_load : 0.069000;
related_power_pin : "VDD";
related_ground_pin : "VSS";
direction : "input";
rise_capacitance : 0.503456;
rise_capacitance_range(0.357246,0.666666);
capacitance : 0.499499;
fall_capacitance : 0.499499;
fall_capacitance_range(0.357246,0.666666);
max_transition : 1.246802;
internal_power () {
when : "!A2";
rise_power ("power_inputs_1") {
index_1("0.0160000, 0.0320000, 0.0640000, 0.1280000, 0.2560000, 0.5120000, 1.0240000");
values("0.6666666, 0.5555555, 0.4444444, 0.6666666, 1.4444444, 2.2222222, 5.9999999");
}
fall_power ("power_inputs_1") {
index_1("0.0160000, 0.0320000, 0.0640000, 0.1280000, 0.2560000, 0.5120000, 1.0240000");
values("-0.6666666, -0.5555555, -0.4444444, -0.6666666, -1.4444444, -2.2222222, -5.9999999");
}
}
internal_power () {
rise_power ("power_inputs_1") {
index_1("0.0160000, 0.0320000, 0.0640000, 0.1280000, 0.2560000, 0.5120000, 1.0240000");
values("0.6666666, 0.5555555, 0.4444444, 0.6666666, 1.4444444, 2.2222222, 5.9999999");
}
fall_power ("power_inputs_1") {
index_1("0.0160000, 0.0320000, 0.0640000, 0.1280000, 0.2560000, 0.5120000, 1.0240000");
values("-0.6666666, -0.5555555, -0.4444444, -0.6666666, -1.4444444, -2.2222222, -5.9999999");
}
}
}
pin (A2) {
fanout_load : 0.069000;
related_power_pin : "VDD";
related_ground_pin : "VSS";
direction : "input";
rise_capacitance : 0.497401;
rise_capacitance_range(0.427119,0.557409);
capacitance : 0.487184;
fall_capacitance : 0.476968;
fall_capacitance_range(0.411612,0.548757);
max_transition : 1.024000;
internal_power () {
when : "!A1";
rise_power ("power_inputs_1") {
index_1("0.0160000, 0.0320000, 0.0640000, 0.1280000, 0.2560000, 0.5120000, 1.0240000");
values("0.6666666, 0.5555555, 0.4444444, 0.6666666, 1.4444444, 2.2222222, 5.9999999");
}
fall_power ("power_inputs_1") {
index_1("0.0160000, 0.0320000, 0.0640000, 0.1280000, 0.2560000, 0.5120000, 1.0240000");
values("-0.6666666, -0.5555555, -0.4444444, -0.6666666, -1.4444444, -2.2222222, -5.9999999");
}
}
internal_power () {
rise_power ("power_inputs_1") {
index_1("0.0160000, 0.0320000, 0.0640000, 0.1280000, 0.2560000, 0.5120000, 1.0240000");
values("1.2920809, 1.2622476, 1.2076005, 1.5114020, 3.1724815, 6.5008763, 13.1627006");
values("0.6666666, 0.5555555, 0.4444444, 0.6666666, 1.4444444, 2.2222222, 5.9999999");
}
fall_power ("power_inputs_1") {
index_1("0.0160000, 0.0320000, 0.0640000, 0.1280000, 0.2560000, 0.5120000, 1.0240000");
values("-0.6666666, -0.5555555, -0.4444444, -0.6666666, -1.4444444, -2.2222222, -5.9999999");
}
}
}
pin (Y) {
related_power_pin : "VDD";
related_ground_pin : "VSS";
direction : "output";
output_voltage : "DC_0";
power_down_function : "!VDD + VSS";
function : "A2*A1";
max_capacitance : 8.000000;
max_transition : 0.233345;
internal_power () {
related_pin : "A1";
rise_power ("power_outputs_1") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
fall_power ("power_outputs_1") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
}
internal_power () {
related_pin : "A2";
rise_power ("power_outputs_1") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
fall_power ("power_outputs_1") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
}
timing () {
related_pin : "A1";
timing_sense : "positive_unate";
cell_rise ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
rise_transition ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
cell_fall ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
fall_transition ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
}
timing () {
related_pin : "A2";
timing_sense : "positive_unate";
cell_rise ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
rise_transition ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
cell_fall ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
fall_transition ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
}
timing () {
related_pin : "A1";
timing_type : "combinational";
timing_sense : "positive_unate";
cell_rise ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
rise_transition ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
cell_fall ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
fall_transition ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
}
timing () {
related_pin : "A2";
timing_type : "combinational";
timing_sense : "positive_unate";
cell_rise ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
rise_transition ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
cell_fall ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
fall_transition ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
}
}
}
cell (AND2X2) {
cell_footprint : "AND2";
area : 4.123456 ;
cell_leakage_power : 8.747474e+06;
driver_waveform_rise : "preDrv";
driver_waveform_fall : "preDrv";
leakage_power () {
when : "!A1&!A2";
value : "1.7878787e+06";
}
leakage_power () {
when : "!A1&A2";
value : "4.7878787e+06";
}
leakage_power () {
when : "A1&!A2";
value : "3.7878787e+06";
}
leakage_power () {
when : "A1&A2";
value : "4.7878787e+06";
}
pg_pin (VDD) {
voltage_name : "VDD";
pg_type : "primary_power";
}
pg_pin (VSS) {
voltage_name : "VSS";
pg_type : "primary_ground";
}
pin (A1) {
fanout_load : 0.069000;
related_power_pin : "VDD";
related_ground_pin : "VSS";
direction : "input";
rise_capacitance : 0.503456;
rise_capacitance_range(0.357246,0.666666);
capacitance : 0.499499;
fall_capacitance : 0.499499;
fall_capacitance_range(0.357246,0.666666);
max_transition : 1.246802;
internal_power () {
when : "!A2";
rise_power ("power_inputs_1") {
index_1("0.0160000, 0.0320000, 0.0640000, 0.1280000, 0.2560000, 0.5120000, 1.0240000");
values("0.6666666, 0.5555555, 0.4444444, 0.6666666, 1.4444444, 2.2222222, 5.9999999");
}
fall_power ("power_inputs_1") {
index_1("0.0160000, 0.0320000, 0.0640000, 0.1280000, 0.2560000, 0.5120000, 1.0240000");
values("-0.6666666, -0.5555555, -0.4444444, -0.6666666, -1.4444444, -2.2222222, -5.9999999");
}
}
internal_power () {
rise_power ("power_inputs_1") {
index_1("0.0160000, 0.0320000, 0.0640000, 0.1280000, 0.2560000, 0.5120000, 1.0240000");
values("0.6666666, 0.5555555, 0.4444444, 0.6666666, 1.4444444, 2.2222222, 5.9999999");
}
fall_power ("power_inputs_1") {
index_1("0.0160000, 0.0320000, 0.0640000, 0.1280000, 0.2560000, 0.5120000, 1.0240000");
values("-0.6666666, -0.5555555, -0.4444444, -0.6666666, -1.4444444, -2.2222222, -5.9999999");
}
}
}
pin (A2) {
fanout_load : 0.069000;
related_power_pin : "VDD";
related_ground_pin : "VSS";
direction : "input";
rise_capacitance : 0.497401;
rise_capacitance_range(0.427119,0.557409);
capacitance : 0.487184;
fall_capacitance : 0.476968;
fall_capacitance_range(0.411612,0.548757);
max_transition : 1.024000;
internal_power () {
when : "!A1";
rise_power ("power_inputs_1") {
index_1("0.0160000, 0.0320000, 0.0640000, 0.1280000, 0.2560000, 0.5120000, 1.0240000");
values("0.6666666, 0.5555555, 0.4444444, 0.6666666, 1.4444444, 2.2222222, 5.9999999");
}
fall_power ("power_inputs_1") {
index_1("0.0160000, 0.0320000, 0.0640000, 0.1280000, 0.2560000, 0.5120000, 1.0240000");
values("-0.6666666, -0.5555555, -0.4444444, -0.6666666, -1.4444444, -2.2222222, -5.9999999");
}
}
internal_power () {
rise_power ("power_inputs_1") {
index_1("0.0160000, 0.0320000, 0.0640000, 0.1280000, 0.2560000, 0.5120000, 1.0240000");
values("1.2920809, 1.2622476, 1.2076005, 1.5114020, 3.1724815, 6.5008763, 13.1627006");
values("0.6666666, 0.5555555, 0.4444444, 0.6666666, 1.4444444, 2.2222222, 5.9999999");
}
fall_power ("power_inputs_1") {
index_1("0.0160000, 0.0320000, 0.0640000, 0.1280000, 0.2560000, 0.5120000, 1.0240000");
values("-0.6666666, -0.5555555, -0.4444444, -0.6666666, -1.4444444, -2.2222222, -5.9999999");
}
}
}
pin (Y) {
related_power_pin : "VDD";
related_ground_pin : "VSS";
direction : "output";
output_voltage : "DC_0";
power_down_function : "!VDD + VSS";
function : "A2*A1";
max_capacitance : 8.000000;
max_transition : 0.233345;
internal_power () {
related_pin : "A1";
rise_power ("power_outputs_1") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
fall_power ("power_outputs_1") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
}
internal_power () {
related_pin : "A2";
rise_power ("power_outputs_1") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
fall_power ("power_outputs_1") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
}
timing () {
related_pin : "A1";
timing_sense : "positive_unate";
cell_rise ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
rise_transition ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
cell_fall ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
fall_transition ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
}
timing () {
related_pin : "A2";
timing_sense : "positive_unate";
cell_rise ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
rise_transition ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
cell_fall ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
fall_transition ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
}
timing () {
related_pin : "A1";
timing_type : "combinational";
timing_sense : "positive_unate";
cell_rise ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
rise_transition ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
cell_fall ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
fall_transition ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
}
timing () {
related_pin : "A2";
timing_type : "combinational";
timing_sense : "positive_unate";
cell_rise ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
rise_transition ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
cell_fall ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
fall_transition ("del_1_7_7") {
index_1("0.016, 0.032, 0.064, 0.128, 0.256, 0.512, 1.024");
index_2("0.1, 0.25, 0.5, 1, 2, 4, 8");
values("0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, -0.1234567", \
"0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567, 0.1234567", \
"1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 1.1234567, 0.1234567", \
"3.1234567, 3.1234567, 3.1234567, 2.1234567, 2.1234567, 2.1234567, 1.1234567", \
"6.1234567, 6.1234567, 5.1234567, 5.1234567, 5.1234567, 5.1234567, 4.1234567", \
"12.1234567, 12.1234567, 11.1234567, 11.1234567, 11.1234567, 10.1234567, 9.1234567");
}
}
}
}
}