class.lib

design compile synthesis user guide

    timing() {
      intrinsic_rise : 0.48;
      intrinsic_fall : 0.67;
      rise_resistance : 0.1443;
      fall_resistance : 0.0523;
      slope_rise : 0.0;
      slope_fall : 0.0;
      related_pin : "A";
    }
  }
		  internal_power(output_by_cap_and_trans) { 
		     values(" 10.000000 ,  30.000000 ,  0.500000 ", \
		           " 5.000000 ,  10.000000 ,  0.000000 ", \
		           " 0.000000 ,  0.000000 ,  0.000000 ");
		     related_outputs : "Z"; 
		     related_inputs : "A"; 
		  }
}
cell(IVDAP) {
  pin_opposite("Y", "Z");
  area : 2;
  pin(A) {
    direction : input;
    capacitance : 2;
  }
  pin(Y) {
    direction : output;
    function : "A'";
    timing() {
      intrinsic_rise : 0.4;
      intrinsic_fall : 0.18;
      rise_resistance : 0.0678;
      fall_resistance : 0.0388;
      slope_rise : 0.0;
      slope_fall : 0.0;
      related_pin : "A";
    }
  }
		  cell_leakage_power : 1; 
		  internal_power(output_by_cap_and_trans) { 
		     values(" 10.000000 ,  30.000000 ,  0.500000 ", \
		           " 5.000000 ,  10.000000 ,  0.000000 ", \
		           " 0.000000 ,  0.000000 ,  0.000000 ");
		     related_outputs : "Y"; 
		     related_inputs : "A"; 
		  }
  pin(Z) {
    direction : output;
    function : "A";
    timing() {
      intrinsic_rise : 0.36;
      intrinsic_fall : 0.53;
      rise_resistance : 0.0653;
      fall_resistance : 0.0292;
      slope_rise : 0.0;
      slope_fall : 0.0;
      related_pin : "A";
    }
  }
		  internal_power(output_by_cap_and_trans) { 
		     values(" 10.000000 ,  30.000000 ,  0.500000 ", \
		           " 5.000000 ,  10.000000 ,  0.000000 ", \
		           " 0.000000 ,  0.000000 ,  0.000000 ");
		     related_outputs : "Z"; 
		     related_inputs : "A"; 
		  }
}
cell(B5I) {
  area : 2;
  pin(A) {
    direction : input;
    capacitance : 3;
  }
  pin(Z) {
    direction : output;
    function : "A'";
    timing() {
      intrinsic_rise : 0.36;
      intrinsic_fall : 0.12;
      rise_resistance : 0.0475;
      fall_resistance : 0.0234;
      slope_rise : 0.0;
      slope_fall : 0.0;
      related_pin : "A";
    }
  }
		  cell_leakage_power : 2; 
		  internal_power(output_by_cap_and_trans) { 
		     values(" 10.000000 ,  30.000000 ,  0.500000 ", \
		           " 5.000000 ,  10.000000 ,  0.000000 ", \
		           " 0.000000 ,  0.000000 ,  0.000000 ");
		     related_outputs : "Z"; 
		     related_inputs : "A"; 
		  }
}
cell(B5IP) {
  area : 3;
  pin(A) {
    direction : input;
    capacitance : 6;
  }
  pin(Z) {
    direction : output;
    function : "A'";
    timing() {
      intrinsic_rise : 0.33;
      intrinsic_fall : 0.16;
      rise_resistance : 0.0214;
      fall_resistance : 0.0146;
      slope_rise : 0.0;
      slope_fall : 0.0;
      related_pin : "A";
    }
  }
		  cell_leakage_power : 1; 
		  internal_power(output_by_cap_and_trans) { 
		     values(" 10.000000 ,  30.000000 ,  0.500000 ", \
		           " 5.000000 ,  10.000000 ,  0.000000 ", \
		           " 0.000000 ,  0.000000 ,  0.000000 ");
		     related_outputs : "Z"; 
		     related_inputs : "A"; 
		  }
}
cell(B4I) {
  area : 2;
  pin(A) {
    direction : input;
    capacitance : 4;
  }
  pin(Z) {
    direction : output;
    function : "A'";
    timing() {
      intrinsic_rise : 0.35;
      intrinsic_fall : 0.11;
      rise_resistance : 0.0335;
      fall_resistance : 0.0198;
      slope_rise : 0.0;
      slope_fall : 0.0;
      related_pin : "A";
    }
  }
		  cell_leakage_power : 2; 
		  internal_power(output_by_cap_and_trans) { 
		     values(" 10.000000 ,  30.000000 ,  0.500000 ", \
		           " 5.000000 ,  10.000000 ,  0.000000 ", \
		           " 0.000000 ,  0.000000 ,  0.000000 ");
		     related_outputs : "Z"; 
		     related_inputs : "A"; 
		  }
}
cell(B4IP) {
  area : 4;
  pin(A) {
    direction : input;
    capacitance : 8;
  }
  pin(Z) {
    direction : output;
    function : "A'";
    timing() {
      intrinsic_rise : 0.35;
      intrinsic_fall : 0.02;
      rise_resistance : 0.0165;
      fall_resistance : 0.0121;
      slope_rise : 0.0;
      slope_fall : 0.0;
      related_pin : "A";
    }
  }
		  cell_leakage_power : 1; 
		  internal_power(output_by_cap_and_trans) { 
		     values(" 10.000000 ,  30.000000 ,  0.500000 ", \
		           " 5.000000 ,  10.000000 ,  0.000000 ", \
		           " 0.000000 ,  0.000000 ,  0.000000 ");
		     related_outputs : "Z"; 
		     related_inputs : "A"; 
		  }
}
cell(ND2) {
  area : 1;
  pin(A) {
    direction : input;
    capacitance : 1;
  }
  pin(B) {
    direction : input;
    capacitance : 1;
  }
  pin(Z) {
    direction : output;
    function : "(A B)'";
    timing() {
      intrinsic_rise : 0.5;
      intrinsic_fall : 0.13;
      rise_resistance : 0.1377;
      fall_resistance : 0.0854;
      slope_rise : 0.0;
      slope_fall : 0.0;
      related_pin : "A";
    }
    timing() {
      intrinsic_rise : 0.5;
      intrinsic_fall : 0.13;
      rise_resistance : 0.1377;
      fall_resistance : 0.0854;
      slope_rise : 0.0;
      slope_fall : 0.0;
      related_pin : "B";
    }
  }
		  cell_leakage_power : 1; 
		  internal_power(output_by_cap_and_trans) { 
		     values(" 5.000000 ,  15.000000 ,  0.300000 ", \
		           " 1.000000 ,  5.000000 ,  0.000000 ", \
		           " 0.000000 ,  0.000000 ,  0.000000 ");
		     related_outputs : "Z"; 
		     related_inputs : "A B"; 
		  }
}
cell(ND2P) {
  area : 2;
  pin(A) {
    direction : input;
    capacitance : 2;
  }
  pin(B) {
    direction : input;
    capacitance : 2;
  }
  pin(Z) {
    direction : output;
    function : "(A B)'";
    timing() {
      intrinsic_rise : 0.5;
      intrinsic_fall : 0.16;
      rise_resistance : 0.0623;
      fall_resistance : 0.0453;
      slope_rise : 0.0;
      slope_fall : 0.0;
      related_pin : "A";
    }
    timing() {
      intrinsic_rise : 0.5;
      intrinsic_fall : 0.16;
      rise_resistance : 0.0623;
      fall_resistance : 0.0453;
      slope_rise : 0.0;
      slope_fall : 0.0;
      related_pin : "B";
    }
  }
		  cell_leakage_power : 1; 
		  internal_power(output_by_cap_and_trans) { 
		     values(" 10.000000 ,  30.000000 ,  0.500000 ", \
		           " 5.000000 ,  10.000000 ,  0.000000 ", \
		           " 0.000000 ,  0.000000 ,  0.000000 ");
		     related_outputs : "Z"; 
		     related_inputs : "A B"; 
		  }
}
cell(NR2) {
  area : 1;
  pin(A) {
    direction : input;
    capacitance : 1;
  }
  pin(B) {
    direction : input;
    capacitance : 1;
  }
  pin(Z) {
    direction : output;
    function : "(A+B)'";
    timing() {
      intrinsic_rise : 0.55;
      intrinsic_fall : 0.25;
      rise_resistance : 0.2589;
      fall_resistance : 0.0589;
      slope_rise : 0.0;
      slope_fall : 0.0;
      related_pin : "A";
    }
    timing() {
      intrinsic_rise : 0.55;
      intrinsic_fall : 0.25;
      rise_resistance : 0.2589;
      fall_resistance : 0.0589;
      slope_rise : 0.0;
      slope_fall : 0.0;
      related_pin : "B";
    }
  }
		  cell_leakage_power : 1; 
		  internal_power(output_by_cap_and_trans) { 
		     values(" 5.000000 ,  15.000000 ,  0.300000 ", \
		           " 1.000000 ,  5.000000 ,  0.000000 ", \
		           " 0.000000 ,  0.000000 ,  0.000000 ");
		     related_outputs : "Z"; 
		     related_inputs : "A B"; 
		  }
}
cell(NR2P) {
  area : 2;
  pin(A) {
    direction : input;
    capacitance : 2;
  }
  pin(B) {
    direction : input;
    capacitance : 2;
  }
  pin(Z) {
    direction : output;
    function : "(A+B)'";
    timing() {
      intrinsic_rise : 0.56;
      intrinsic_fall : 0.16;
      rise_resistance : 0.1282;
      fall_resistance : 0.0331;
      slope_rise : 0.0;
      slope_fall : 0.0;
      related_pin : "A";
    }
    timing() {
      intrinsic_rise : 0.56;
      intrinsic_fall : 0.16;
      rise_resistance : 0.1282;
      fall_resistance : 0.0331;
      slope_rise : 0.0;
      slope_fall : 0.0;
      related_pin : "B";
    }
  }
		  cell_leakage_power : 1; 
		  internal_power(output_by_cap_and_trans) { 
		     values(" 10.000000 ,  30.000000 ,  0.500000 ", \
		           " 5.000000 ,  10.000000 ,  0.000000 ", \
		           " 0.000000 ,  0.000000 ,  0.000000 ");
		     related_outputs : "Z"; 
		     related_inputs : "A B"; 
		  }
}
cell(EN) {
  area : 3;
  pin(A) {
    direction : input;
    capacitance : 1;
  }
  pin(B) {
    direction : input;
    capacitance : 2;
  }
  pin(Z) {
    direction : output;
    function : "(A B+A'B')";
    timing() {
      intrinsic_rise : 0.79;
      intrinsic_fall : 1.06;
      rise_resistance : 0.1458;
      fall_resistance : 0.0653;
      slope_rise : 0.0;
      slope_fall : 0.0;
      related_pin : "A";
    }
    timing() {
      intrinsic_rise : 0.79;
      intrinsic_fall : 1.06;
      rise_resistance : 0.1458;
      fall_resistance : 0.0653;
      slope_rise : 0.0;
      slope_fall : 0.0;
      related_pin : "B";
    }
  }
		  cell_leakage_power : 1; 
		  internal_power(output_by_cap_and_trans) { 
		     values(" 5.000000 ,  15.000000 ,  0.300000 ", \
		           " 1.000000 ,  5.000000 ,  0.000000 ", \
		           " 0.000000 ,  0.000000 ,  0.000000 ");
		     related_outputs : "Z"; 
		     related_inputs : "A B"; 
		  }
}
cell(EO) {
  area : 3;
  pin(A) {
    direction : input;
    capacitance : 1;
  }
  pin(B) {
    direction : input;
    capacitance : 2;
  }
  pin(Z) {
    direction : output;
    function : "(A B'+A'B)";
    timing() {
      intrinsic_rise : 0.79;
      intrinsic_fall : 1.06;
      rise_resistance : 0.1458;
      fall_resistance : 0.0653;
      slope_rise : 0.0;
      slope_fall : 0.0;
      related_pin : "A";
    }
    timing() {
      intrinsic_rise : 0.79;
      intrinsic_fall : 1.06;
      rise_resistance : 0.1458;
      fall_resistance : 0.0653;
      slope_rise : 0.0;
      slope_fall : 0.0;
      related_pin : "B";
    }
  }
		  cell_leakage_power : 1; 
		  internal_power(output_by_cap_and_trans) { 
		     values(" 5.000000 ,  15.000000 ,  0.300000 ", \
		           " 1.000000 ,  5.000000 ,  0.000000 ", \
		           " 0.000000 ,  0.000000 ,  0.000000 ");
		     related_outputs : "Z"; 
		     related_inputs : "A B"; 
		  }
}
cell(FD1) {
  area : 7;
  pin(D) {
    direction : input;
    capacitance : 1;
    timing() {
      timing_type : setup_rising;
      intrinsic_rise : 0.8;
      intrinsic_fall : 0.8;
      related_pin : "CP";
    }
    timing() {
      timing_type : hold_rising;
      intrinsic_rise : 0.4;
      intrinsic_fall : 0.4;
      related_pin : "CP";
    }
  }
  pin(CP) {
    direction : input;
    capacitance : 1;
    min_pulse_width_high : 1.5;
    min_pulse_width_low : 1.5;
  }
/*
  state("IQ","IQN") {
    next_state : "D";
    clocked_on : "CP";
  }
*/
  ff(IQ, IQN) {
    next_state : "D";
    clocked_on : "CP";
  }
		  internal_power(input_by_trans) { 
		     values("0.050000 , 0.6, 5.0 ");
		     related_input : "CP"; 
		  }
  pin(Q) {
    direction : output;
    function : "IQ"
    timing() {
      timing_type : rising_edge;
      intrinsic_rise : 1.09;