DFFX1

DFFX1 - NLDM 


library (TT_25_1.1) {
  /* Models written by Liberate dev from Cadence Design Systems, Inc. on Mon Mar 25 04:36:21 IST 2019 */
  comment : "";
  date : "$Date: Mon Mar 25 04:33:29 2019 $";
  revision : "1.0";
  delay_model : table_lookup;
  capacitive_load_unit (1,pf);
  current_unit : "1mA";
  leakage_power_unit : "1uW";
  pulling_resistance_unit : "1kohm";
  time_unit : "1ns";
  voltage_unit : "1V";
  voltage_map (VDD, 1.1);
  voltage_map (VSS, 0);
  voltage_map (VNW, 1.1);
  voltage_map (VPW, 0);
  voltage_map (GND, 0);
  default_cell_leakage_power : 0;
  default_fanout_load : 1;
  default_max_transition : 0.48;
  default_output_pin_cap : 0;
  in_place_swap_mode : match_footprint;
  input_threshold_pct_fall : 50;
  input_threshold_pct_rise : 50;
  nom_process : 1;
  nom_temperature : 25;
  nom_voltage : 1.1;
  output_threshold_pct_fall : 50;
  output_threshold_pct_rise : 50;
  slew_derate_from_library : 0.5;
  slew_lower_threshold_pct_fall : 30;
  slew_lower_threshold_pct_rise : 30;
  slew_upper_threshold_pct_fall : 70;
  slew_upper_threshold_pct_rise : 70;
  operating_conditions (PVT_1P1V_25C) {
    process : 1;
    temperature : 25;
    voltage : 1.1;
  }
  default_operating_conditions : PVT_1P1V_25C;
  lu_table_template (constraint_template_2x2) {
    variable_1 : constrained_pin_transition;
    variable_2 : related_pin_transition;
    index_1 ("0.008, 0.28");
    index_2 ("0.008, 0.28");
  }
  lu_table_template (delay_template_2x2) {
    variable_1 : input_net_transition;
    variable_2 : total_output_net_capacitance;
    index_1 ("0.008, 0.28");
    index_2 ("0.01, 0.3");
  }
  lu_table_template (mpw_constraint_template_2x2) {
    variable_1 : constrained_pin_transition;
    index_1 ("0.008, 0.28");
  }
  power_lut_template (passive_power_template_2x1) {
    variable_1 : input_transition_time;
    index_1 ("0.008, 0.28");
  }
  power_lut_template (power_template_2x2) {
    variable_1 : input_transition_time;
    variable_2 : total_output_net_capacitance;
    index_1 ("0.008, 0.28");
    index_2 ("0.01, 0.3");
  }
  cell (DFFX1) {
    area : 0;
    cell_leakage_power : 5.28413e-05;
    pg_pin (VDD) {
      pg_type : primary_power;
      voltage_name : "VDD";
    }
    pg_pin (VSS) {
      pg_type : primary_ground;
      voltage_name : "VSS";
    }
    leakage_power () {
      value : 0;
      when : "CK * D";
      related_pg_pin : VDD;
    }
    leakage_power () {
      value : 0;
      when : "CK * !D";
      related_pg_pin : VDD;
    }
    leakage_power () {
      value : 0.000211365;
      when : "!CK * D";
      related_pg_pin : VDD;
    }
    leakage_power () {
      value : 0;
      when : "!CK * D";
      related_pg_pin : VSS;
    }
    leakage_power () {
      value : 0;
      when : "!CK * !D";
      related_pg_pin : VDD;
    }
    pin (Q) {
      direction : output;
      function : "IQ";
      power_down_function : "(!VDD) + (VSS)";
      related_ground_pin : VSS;
      related_power_pin : VDD;
      max_capacitance : 0.0516726;
      max_transition : 0.469635;
      timing () {
        related_pin : "CK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (delay_template_2x2) {
          index_1 ("0.0004, 0.48");
          index_2 ("0.0001, 0.0516726");
          values ( \
            "0.0517316, 0.311286", \
            "0.132518, 0.392065" \
          );
        }
        rise_transition (delay_template_2x2) {
          index_1 ("0.0004, 0.48");
          index_2 ("0.0001, 0.0516726");
          values ( \
            "0.00813102, 0.469635", \
            "0.0082138, 0.469557" \
          );
        }
        cell_fall (delay_template_2x2) {
          index_1 ("0.0004, 0.48");
          index_2 ("0.0001, 0.0516726");
          values ( \
            "0.0572689, 0.269881", \
            "0.134867, 0.347662" \
          );
        }
        fall_transition (delay_template_2x2) {
          index_1 ("0.0004, 0.48");
          index_2 ("0.0001, 0.0516726");
          values ( \
            "0.0074735, 0.380366", \
            "0.007468, 0.380871" \
          );
        }
      }
      internal_power () {
        related_pin : "CK";
        related_pg_pin : VDD;
        rise_power (power_template_2x2) {
          index_1 ("0.0004, 0.48");
          index_2 ("0.0001, 0.0516726");
          values ( \
            "0.000606113, 0.000592962", \
            "0.000597266, 0.000592315" \
          );
        }
        fall_power (power_template_2x2) {
          index_1 ("0.0004, 0.48");
          index_2 ("0.0001, 0.0516726");
          values ( \
            "0.000629339, 0.000582196", \
            "0.000640112, 0.000605796" \
          );
        }
      }
      internal_power () {
        related_pin : "CK";
        related_pg_pin : VSS;
        rise_power (power_template_2x2) {
          index_1 ("0.0004, 0.48");
          index_2 ("0.0001, 0.0516726");
          values ( \
            "0.000605979, 0.000634574", \
            "0.000597074, 0.000622664" \
          );
        }
        fall_power (power_template_2x2) {
          index_1 ("0.0004, 0.48");
          index_2 ("0.0001, 0.0516726");
          values ( \
            "0.000631061, 0.000633563", \
            "0.000642016, 0.00064652" \
          );
        }
      }
    }
    pin (QN) {
      direction : output;
      function : "IQN";
      power_down_function : "(!VDD) + (VSS)";
      related_ground_pin : VSS;
      related_power_pin : VDD;
      max_capacitance : 0.0523145;
      max_transition : 0.475785;
      timing () {
        related_pin : "CK";
        timing_sense : non_unate;
        timing_type : rising_edge;
        cell_rise (delay_template_2x2) {
          index_1 ("0.0004, 0.48");
          index_2 ("0.0001, 0.0523145");
          values ( \
            "0.0699707, 0.32933", \
            "0.147575, 0.406816" \
          );
        }
        rise_transition (delay_template_2x2) {
          index_1 ("0.0004, 0.48");
          index_2 ("0.0001, 0.0523145");
          values ( \
            "0.00642612, 0.475697", \
            "0.0064258, 0.475785" \
          );
        }
        cell_fall (delay_template_2x2) {
          index_1 ("0.0004, 0.48");
          index_2 ("0.0001, 0.0523145");
          values ( \
            "0.064953, 0.2765", \
            "0.145779, 0.357277" \
          );
        }
        fall_transition (delay_template_2x2) {
          index_1 ("0.0004, 0.48");
          index_2 ("0.0001, 0.0523145");
          values ( \
            "0.00593988, 0.384826", \
            "0.0059468, 0.384798" \
          );
        }
      }
      internal_power () {
        related_pin : "CK";
        related_pg_pin : VDD;
        rise_power (power_template_2x2) {
          index_1 ("0.0004, 0.48");
          index_2 ("0.0001, 0.0523145");
          values ( \
            "0.000629268, 0.000617817", \
            "0.000640319, 0.000634569" \
          );
        }
        fall_power (power_template_2x2) {
          index_1 ("0.0004, 0.48");
          index_2 ("0.0001, 0.0523145");
          values ( \
            "0.000605939, 0.00056227", \
            "0.000596922, 0.000568011" \
          );
        }
      }
      internal_power () {
        related_pin : "CK";
        related_pg_pin : VSS;
        rise_power (power_template_2x2) {
          index_1 ("0.0004, 0.48");
          index_2 ("0.0001, 0.0523145");
          values ( \
            "0.000631447, 0.000654515", \
            "0.000642621, 0.000672219" \
          );
        }
        fall_power (power_template_2x2) {
          index_1 ("0.0004, 0.48");
          index_2 ("0.0001, 0.0523145");
          values ( \
            "0.000605351, 0.000609879", \
            "0.000596287, 0.000602476" \
          );
        }
      }
    }
    pin (CK) {
      clock : true;
      direction : input;
      related_ground_pin : VSS;
      related_power_pin : VDD;
      max_transition : 0.48;
      capacitance : 0.000268552;
      rise_capacitance : 0.000271016;
      rise_capacitance_range (0.000235053, 0.000306786);
      fall_capacitance : 0.000266088;
      fall_capacitance_range (0.000226229, 0.000305946);
      timing () {
        related_pin : "CK";
        sdf_cond : "adacond_D == 1'b1";
        timing_type : min_pulse_width;
        when : "D";
        rise_constraint (mpw_constraint_template_2x2) {
          index_1 ("0.0004, 0.48");
          values ( \
            "0.0312042, 0.480957" \
          );
        }
        fall_constraint (mpw_constraint_template_2x2) {
          index_1 ("0.0004, 0.48");
          values ( \
            "0.0387001, 0.480957" \
          );
        }
      }
      timing () {
        related_pin : "CK";
        sdf_cond : "adacond_NOT_D == 1'b1";
        timing_type : min_pulse_width;
        when : "!D";
        rise_constraint (mpw_constraint_template_2x2) {
          index_1 ("0.0004, 0.48");
          values ( \
            "0.0312042, 0.480957" \
          );
        }
        fall_constraint (mpw_constraint_template_2x2) {
          index_1 ("0.0004, 0.48");
          values ( \
            "0.046196, 0.480957" \
          );
        }
      }
      internal_power () {
        when : "D";
        related_pg_pin : VDD;
        rise_power (passive_power_template_2x1) {
          index_1 ("0.0004, 0.48");
          values ( \
            "0.000424685, 0.000433129" \
          );
        }
        fall_power (passive_power_template_2x1) {
          index_1 ("0.0004, 0.48");
          values ( \
            "0.000628956, 0.000639238" \
          );
        }
      }
      internal_power () {
        when : "D";
        related_pg_pin : VSS;
        rise_power (passive_power_template_2x1) {
          index_1 ("0.0004, 0.48");
          values ( \
            "0.000607546, 0.0006154" \
          );
        }
        fall_power (passive_power_template_2x1) {
          index_1 ("0.0004, 0.48");
          values ( \
            "0.000449656, 0.000459933" \
          );
        }
      }
      internal_power () {
        when : "!D";
        related_pg_pin : VDD;
        rise_power (passive_power_template_2x1) {
          index_1 ("0.0004, 0.48");
          values ( \
            "0.000405546, 0.000414972" \
          );
        }
        fall_power (passive_power_template_2x1) {
          index_1 ("0.0004, 0.48");
          values ( \
            "0.000645044, 0.000654927" \
          );
        }
      }
      internal_power () {
        when : "!D";
        related_pg_pin : VSS;
        rise_power (passive_power_template_2x1) {
          index_1 ("0.0004, 0.48");
          values ( \
            "0.00059296, 0.000601631" \
          );
        }
        fall_power (passive_power_template_2x1) {
          index_1 ("0.0004, 0.48");
          values ( \
            "0.000456382, 0.000466362" \
          );
        }
      }
    }
    pin (D) {
      direction : input;
      related_ground_pin : VSS;
      related_power_pin : VDD;
      max_transition : 0.48;
      capacitance : 0.000246968;
      rise_capacitance : 0.000248464;
      rise_capacitance_range (0.000232892, 0.000264036);
      fall_capacitance : 0.000245471;
      fall_capacitance_range (0.00022608, 0.000264863);
      timing () {
        related_pin : "CK";
        timing_type : hold_rising;
        rise_constraint (constraint_template_2x2) {
          index_1 ("0.0004, 0.48");
          index_2 ("0.0004, 0.48");
          values ( \
            "1e+31, 1e+31", \
            "1e+31, 1e+31" \
          );
        }
        fall_constraint (constraint_template_2x2) {
          index_1 ("0.0004, 0.48");
          index_2 ("0.0004, 0.48");
          values ( \
            "0, 0.063238", \
            "-0.0739072, -0.0137963" \
          );
        }
      }
      timing () {
        related_pin : "CK";
        timing_type : setup_rising;
        rise_constraint (constraint_template_2x2) {
          index_1 ("0.0004, 0.48");
          index_2 ("0.0004, 0.48");
          values ( \
            "0.0292976, -0.00376459", \
            "0.119711, 0.0678955" \
          );
        }
        fall_constraint (constraint_template_2x2) {
          index_1 ("0.0004, 0.48");
          index_2 ("0.0004, 0.48");
          values ( \
            "0.0251818, -0.0533258", \
            "0.123667, 0.0402344" \
          );
        }
      }
      internal_power () {
        when : "CK";
        related_pg_pin : VDD;
        rise_power (passive_power_template_2x1) {
          index_1 ("0.0004, 0.48");
          values ( \
            "-6.53123e-05, -8.10531e-05" \
          );
        }
        fall_power (passive_power_template_2x1) {
          index_1 ("0.0004, 0.48");
          values ( \
            "9.99081e-05, 0.00010092" \
          );
        }
      }
      internal_power () {
        when : "CK";
        related_pg_pin : VSS;
        rise_power (passive_power_template_2x1) {
          index_1 ("0.0004, 0.48");
          values ( \
            "8.14506e-05, 6.72245e-05" \
          );
        }
        fall_power (passive_power_template_2x1) {
          index_1 ("0.0004, 0.48");
          values ( \
            "-4.59516e-05, -4.64161e-05" \
          );
        }
      }
      internal_power () {
        when : "!CK";
        related_pg_pin : VDD;
        rise_power (passive_power_template_2x1) {
          index_1 ("0.0004, 0.48");
          values ( \
            "0.000519561, 0.000502595" \
          );
        }
        fall_power (passive_power_template_2x1) {
          index_1 ("0.0004, 0.48");
          values ( \
            "0.000709409, 0.000697475" \
          );
        }
      }
      internal_power () {
        when : "!CK";
        related_pg_pin : VSS;
        rise_power (passive_power_template_2x1) {
          index_1 ("0.0004, 0.48");
          values ( \
            "0.000696068, 0.000678888" \
          );
        }
        fall_power (passive_power_template_2x1) {
          index_1 ("0.0004, 0.48");
          values ( \
            "0.000533357, 0.000520657" \
          );
        }
      }
    }
    ff (IQ,IQN) {
      clocked_on : "CK";
      next_state : "D";
      power_down_function : "(!VDD) + (VSS)";
    }
  }
}