ASIC Artefacts

1.8 V LDO

1.8 V linear regulator.

ldo


🔗 Schematics

LVS

LVS-state: Netlists match uniquely.

🔗 LVS-report

SPECIFICATIONS

LDO Voltage Curvature vs Temperature

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Mean LDO Voltage 1.7 / 1.772 1.784 / 1.9 V 15/100.0%/0.0%/0.0%
LDO Voltage Curvature 0.0 / 4.837 9.729 / 250.0 mV 15/100.0%/0.0%/0.0%
LDO Voltage at 20°C 1.7 / 1.771 1.782 / 1.9 V 15/100.0%/0.0%/0.0%
LDO Voltage Sensitivity at 20°C -100.0 / 24.768 49.935 / 100.0 uV/°C 15/100.0%/0.0%/0.0%

LDO Voltage Curvature vs Temperature (Monte Carlo)

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Mean LDO Voltage 1.7 / 1.761 1.788 / 1.9 V 499/100.0%/0.0%/0.0%
LDO Voltage Curvature 0.0 / 0.872 8.73 / 250.0 mV 499/100.0%/0.0%/0.0%
LDO Voltage at 20°C 1.7 / 1.761 1.787 / 1.9 V 400/100.0%/0.0%/0.0%
LDO Voltage Sensitivity at 20°C -100.0 / 2.032 46.238 / 100.0 uV/°C 499/100.0%/0.0%/0.0%

LDO Voltage Curvature vs VDD

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Mean LDO Voltage 1.7 / 1.772 1.779 / 1.9 V 15/100.0%/0.0%/0.0%
LDO Voltage Curvature 0.0 / 12.387 18.39 / 25.0 mV 15/100.0%/0.0%/0.0%
LDO Voltage at 3.3V 1.7 / 1.771 1.778 / 1.9 V 15/100.0%/0.0%/0.0%
LDO Voltage Sensitivity at 3.3V -20.0 / 3.803 5.023 / 20.0 mV/V 15/100.0%/0.0%/0.0%

LDO Voltage Curvature vs VDD (Monte Carlo)

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Mean LDO Voltage 1.7 / 1.763 1.785 / 1.9 V 500/100.0%/0.0%/0.0%
LDO Voltage Curvature 0.0 / 13.683 14.808 / 25.0 mV 500/100.0%/0.0%/0.0%
LDO Voltage at 3.3V 1.7 / 1.762 1.784 / 1.9 V 500/100.0%/0.0%/0.0%
LDO Voltage Sensitivity at 3.3V -20.0 / 4.098 4.34 / 20.0 mV/V 500/100.0%/0.0%/0.0%

LDO Voltage Curvature vs Load

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Mean LDO Voltage 1.7 / 1.777 1.788 / 1.9 V 15/100.0%/0.0%/0.0%
LDO Voltage Curvature 0.0 / 0.822 2.66 / 25.0 mV 15/100.0%/0.0%/0.0%
LDO Voltage at 100uA 1.7 / 1.778 1.789 / 1.9 V 15/100.0%/0.0%/0.0%
LDO Voltage Sensitivity at 100uA -10 / -7.274 -2.186 / 10 V/A 15/100.0%/0.0%/0.0%

LDO Voltage Curvature vs Load (Monte Carlo)

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Mean LDO Voltage 1.7 / 1.768 1.793 / 1.9 V 490/100.0%/0.0%/0.0%
LDO Voltage Curvature 0.0 / 1.138 1.331 / 25.0 mV 490/100.0%/0.0%/0.0%
LDO Voltage at 100uA 1.7 / 1.768 1.793 / 1.9 V 490/100.0%/0.0%/0.0%
LDO Voltage Sensitivity at 100uA -10 / -3.592 -3.038 / 10 V/A 490/100.0%/0.0%/0.0%

LDO Voltage Noise Specification

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Output Noise at 10 Hz 0.0 / 1.789 1.919 / 100.0 uV/sqrt(Hz) 5/100.0%/0.0%/0.0%
Output Noise at 10 kHz 0.0 / 0.092 0.098 / 50.0 uV/sqrt(Hz) 5/100.0%/0.0%/0.0%

PSRR+ Specification

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
PSRR+ at 10 Hz -80 / -43.785 -42.596 / -40 dB 5/100.0%/0.0%/0.0%
PSRR+ at 10 MHz -10 / 1.687 2.387 / 20 dB 5/100.0%/0.0%/0.0%

PSRR+ Specification (Monte Carlo)

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
PSRR+ at 10 Hz -120 / -43.902 -42.498 / 10 dB 497/100.0%/0.0%/0.0%
PSRR+ at 10 MHz -100 / 1.513 2.561 / 20 dB 497/100.0%/0.0%/0.0%

Line Transient Specification

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Output Ripple 0.0 / 20.845 25.214 / 50.0 mV 5/100.0%/0.0%/0.0% Ripple from 1V Input Voltage Step

Line Transient Specification (Monte Carlo)

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Output Ripple 0.0 / 19.96 27.044 / 50.0 mV 492/100.0%/0.0%/0.0% Ripple from 1V Input Voltage Step

Load Transient Specification

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Output Ripple 0.0 / 1.938 2.421 / 50.0 mV 5/100.0%/0.0%/0.0% Ripple from 50->250 uA Load Step

Load Transient Specification (Monte Carlo)

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Output Ripple 0.0 / 1.328 2.526 / 50.0 mV 498/100.0%/0.0%/0.0% Ripple from 50->250 uA Load Step

AC Loopgain PM Specification

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Loopgain PM 45 / 48.689 60.872 / 180 deg 5/100.0%/0.0%/0.0%

AC Loopgain PM Specification (Monte Carlo)

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Loopgain PM 45 / 47.593 61.364 / 180 deg 480/100.0%/0.0%/0.0%

LDO Voltage Curvature vs Temperature [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Mean LDO Voltage 1.7 / 1.772 1.784 / 1.9 V 15/100.0%/0.0%/0.0%
LDO Voltage Curvature 0.0 / 4.83 9.708 / 250.0 mV 15/100.0%/0.0%/0.0%
LDO Voltage at 20°C 1.7 / 1.771 1.782 / 1.9 V 15/100.0%/0.0%/0.0%
LDO Voltage Sensitivity at 20°C -100.0 / 24.738 49.936 / 100.0 uV/°C 15/100.0%/0.0%/0.0%

LDO Voltage Curvature vs Temperature (Monte Carlo) [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Mean LDO Voltage 1.7 / 1.759 1.783 / 1.9 V 498/100.0%/0.0%/0.0%
LDO Voltage Curvature 0.0 / 1.206 9.628 / 250.0 mV 498/100.0%/0.0%/0.0%
LDO Voltage at 20°C 1.7 / 1.76 1.782 / 1.9 V 399/100.0%/0.0%/0.0%
LDO Voltage Sensitivity at 20°C -100.0 / 4.395 51.362 / 100.0 uV/°C 498/100.0%/0.0%/0.0%

LDO Voltage Curvature vs VDD [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Mean LDO Voltage 1.7 / 1.772 1.779 / 1.9 V 15/100.0%/0.0%/0.0%
LDO Voltage Curvature 0.0 / 12.369 18.387 / 25.0 mV 15/100.0%/0.0%/0.0%
LDO Voltage at 3.3V 1.7 / 1.771 1.778 / 1.9 V 15/100.0%/0.0%/0.0%
LDO Voltage Sensitivity at 3.3V -20.0 / 3.797 5.022 / 20.0 mV/V 15/100.0%/0.0%/0.0%

LDO Voltage Curvature vs VDD (Monte Carlo) [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Mean LDO Voltage 1.7 / 1.763 1.787 / 1.9 V 500/100.0%/0.0%/0.0%
LDO Voltage Curvature 0.0 / 13.682 14.746 / 25.0 mV 500/100.0%/0.0%/0.0%
LDO Voltage at 3.3V 1.7 / 1.762 1.786 / 1.9 V 500/100.0%/0.0%/0.0%
LDO Voltage Sensitivity at 3.3V -20.0 / 4.099 4.32 / 20.0 mV/V 500/100.0%/0.0%/0.0%

LDO Voltage Curvature vs Load [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Mean LDO Voltage 1.7 / 1.777 9.262 / 1.9 V 15/93.3333%/6.6667%/0.0%
LDO Voltage Curvature 0.0 / 0.845 4.031 / 25.0 mV 15/100.0%/0.0%/0.0%
LDO Voltage at 100uA 1.7 / 1.778 9.263 / 1.9 V 15/93.3333%/6.6667%/0.0%
LDO Voltage Sensitivity at 100uA -10 / -8.061 -2.232 / 10 V/A 15/100.0%/0.0%/0.0%
Show specification violation details...

FAIL: Specification violation for parameter "Mean LDO Voltage":
FAIL: group:ll file:work/sim/ldo/ldo_tb.3_ldo_ext/batch_0/ll/ldo_tran_iload.csv Index:0

FAIL: Specification violation for parameter "LDO Voltage at 100uA":
FAIL: group:ll file:work/sim/ldo/ldo_tb.3_ldo_ext/batch_0/ll/ldo_tran_iload.csv Index:0


LDO Voltage Curvature vs Load (Monte Carlo) [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Mean LDO Voltage 1.7 / 1.768 1.796 / 1.9 V 498/100.0%/0.0%/0.0%
LDO Voltage Curvature 0.0 / 1.16 1.36 / 25.0 mV 498/100.0%/0.0%/0.0%
LDO Voltage at 100uA 1.7 / 1.768 1.797 / 1.9 V 498/100.0%/0.0%/0.0%
LDO Voltage Sensitivity at 100uA -10 / -3.655 -3.08 / 10 V/A 498/100.0%/0.0%/0.0%

LDO Voltage Noise Specification [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Output Noise at 10 Hz 0.0 / 1.789 1.92 / 100.0 uV/sqrt(Hz) 5/100.0%/0.0%/0.0%
Output Noise at 10 kHz 0.0 / 0.092 0.098 / 50.0 uV/sqrt(Hz) 5/100.0%/0.0%/0.0%

PSRR+ Specification [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
PSRR+ at 10 Hz -80 / -43.793 -42.596 / -40 dB 5/100.0%/0.0%/0.0%
PSRR+ at 10 MHz -10 / 5.562 6.112 / 20 dB 5/100.0%/0.0%/0.0%

PSRR+ Specification (Monte Carlo) [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
PSRR+ at 10 Hz -120 / -43.894 -42.467 / 10 dB 498/100.0%/0.0%/0.0%
PSRR+ at 10 MHz -100 / 5.342 6.422 / 20 dB 498/100.0%/0.0%/0.0%

Line Transient Specification [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Output Ripple 0.0 / 22.021 26.395 / 50.0 mV 5/100.0%/0.0%/0.0% Ripple from 1V Input Voltage Step

Line Transient Specification (Monte Carlo) [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Output Ripple 0.0 / 21.082 27.717 / 50.0 mV 500/100.0%/0.0%/0.0% Ripple from 1V Input Voltage Step

Load Transient Specification [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Output Ripple 0.0 / 2.209 2.642 / 50.0 mV 5/100.0%/0.0%/0.0% Ripple from 50->250 uA Load Step

Load Transient Specification (Monte Carlo) [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Output Ripple 0.0 / 1.64 2.769 / 50.0 mV 500/100.0%/0.0%/0.0% Ripple from 50->250 uA Load Step

AC Loopgain PM Specification [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Loopgain PM 45 / 38.864 51.298 / 180 deg 5/80.0%/20.0%/0.0%
Show specification violation details...

FAIL: Specification violation for parameter "Loopgain PM":
FAIL: group:ll file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/ll/ldo_ac_loop.csv Index:0


AC Loopgain PM Specification (Monte Carlo) [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Loopgain PM 45 / 38.312 52.047 / 180 deg 500/64.0%/36.0%/0.0%
Show specification violation details...

FAIL: Specification violation for parameter "Loopgain PM":
FAIL: group:tt_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_mm/ldo_ac_loop.csv Index:0
FAIL: group:tt_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_mm/ldo_ac_loop.csv Index:1
FAIL: group:tt_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_mm/ldo_ac_loop.csv Index:2
FAIL: group:tt_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_mm/ldo_ac_loop.csv Index:3
FAIL: group:tt_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_mm/ldo_ac_loop.csv Index:4
FAIL: group:tt_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_mm/ldo_ac_loop.csv Index:5
FAIL: group:tt_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_mm/ldo_ac_loop.csv Index:6
FAIL: group:tt_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_mm/ldo_ac_loop.csv Index:7
FAIL: group:tt_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_mm/ldo_ac_loop.csv Index:8
FAIL: group:tt_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_mm/ldo_ac_loop.csv Index:9
FAIL: group:tt_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_mm/ldo_ac_loop.csv Index:10
FAIL: group:tt_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_mm/ldo_ac_loop.csv Index:11
FAIL: group:tt_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_mm/ldo_ac_loop.csv Index:12
FAIL: group:tt_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_mm/ldo_ac_loop.csv Index:13
FAIL: group:tt_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_mm/ldo_ac_loop.csv Index:14
FAIL: group:tt_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_mm/ldo_ac_loop.csv Index:15
FAIL: group:tt_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_mm/ldo_ac_loop.csv Index:16
FAIL: group:tt_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_mm/ldo_ac_loop.csv Index:17
FAIL: group:tt_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_mm/ldo_ac_loop.csv Index:18
FAIL: group:tt_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_mm/ldo_ac_loop.csv Index:19
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/ll_mm/ldo_ac_loop.csv Index:0
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/ll_mm/ldo_ac_loop.csv Index:1
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/ll_mm/ldo_ac_loop.csv Index:2
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/ll_mm/ldo_ac_loop.csv Index:3
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/ll_mm/ldo_ac_loop.csv Index:4
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/ll_mm/ldo_ac_loop.csv Index:5
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/ll_mm/ldo_ac_loop.csv Index:6
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/ll_mm/ldo_ac_loop.csv Index:7
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/ll_mm/ldo_ac_loop.csv Index:8
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/ll_mm/ldo_ac_loop.csv Index:9
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/ll_mm/ldo_ac_loop.csv Index:10
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/ll_mm/ldo_ac_loop.csv Index:11
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/ll_mm/ldo_ac_loop.csv Index:12
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/ll_mm/ldo_ac_loop.csv Index:13
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/ll_mm/ldo_ac_loop.csv Index:14
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/ll_mm/ldo_ac_loop.csv Index:15
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/ll_mm/ldo_ac_loop.csv Index:16
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/ll_mm/ldo_ac_loop.csv Index:17
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/ll_mm/ldo_ac_loop.csv Index:18
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/ll_mm/ldo_ac_loop.csv Index:19
FAIL: group:ff_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ff_mm/ldo_ac_loop.csv Index:0
FAIL: group:ff_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ff_mm/ldo_ac_loop.csv Index:1
FAIL: group:ff_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ff_mm/ldo_ac_loop.csv Index:2
FAIL: group:ff_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ff_mm/ldo_ac_loop.csv Index:3
FAIL: group:ff_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ff_mm/ldo_ac_loop.csv Index:4
FAIL: group:ff_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ff_mm/ldo_ac_loop.csv Index:5
FAIL: group:ff_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ff_mm/ldo_ac_loop.csv Index:6
FAIL: group:ff_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ff_mm/ldo_ac_loop.csv Index:7
FAIL: group:ff_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ff_mm/ldo_ac_loop.csv Index:8
FAIL: group:ff_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ff_mm/ldo_ac_loop.csv Index:9
FAIL: group:ff_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ff_mm/ldo_ac_loop.csv Index:10
FAIL: group:ff_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ff_mm/ldo_ac_loop.csv Index:11
FAIL: group:ff_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ff_mm/ldo_ac_loop.csv Index:12
FAIL: group:ff_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ff_mm/ldo_ac_loop.csv Index:13
FAIL: group:ff_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ff_mm/ldo_ac_loop.csv Index:14
FAIL: group:ff_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ff_mm/ldo_ac_loop.csv Index:15
FAIL: group:ff_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ff_mm/ldo_ac_loop.csv Index:16
FAIL: group:ff_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ff_mm/ldo_ac_loop.csv Index:17
FAIL: group:ff_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ff_mm/ldo_ac_loop.csv Index:18
FAIL: group:ff_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ff_mm/ldo_ac_loop.csv Index:19
FAIL: group:ss_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ss_mm/ldo_ac_loop.csv Index:0
FAIL: group:ss_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ss_mm/ldo_ac_loop.csv Index:1
FAIL: group:ss_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ss_mm/ldo_ac_loop.csv Index:2
FAIL: group:ss_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ss_mm/ldo_ac_loop.csv Index:3
FAIL: group:ss_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ss_mm/ldo_ac_loop.csv Index:4
FAIL: group:ss_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ss_mm/ldo_ac_loop.csv Index:5
FAIL: group:ss_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ss_mm/ldo_ac_loop.csv Index:6
FAIL: group:ss_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ss_mm/ldo_ac_loop.csv Index:7
FAIL: group:ss_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ss_mm/ldo_ac_loop.csv Index:8
FAIL: group:ss_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ss_mm/ldo_ac_loop.csv Index:9
FAIL: group:ss_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ss_mm/ldo_ac_loop.csv Index:10
FAIL: group:ss_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ss_mm/ldo_ac_loop.csv Index:11
FAIL: group:ss_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ss_mm/ldo_ac_loop.csv Index:12
FAIL: group:ss_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ss_mm/ldo_ac_loop.csv Index:13
FAIL: group:ss_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ss_mm/ldo_ac_loop.csv Index:14
FAIL: group:ss_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ss_mm/ldo_ac_loop.csv Index:15
FAIL: group:ss_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ss_mm/ldo_ac_loop.csv Index:16
FAIL: group:ss_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ss_mm/ldo_ac_loop.csv Index:17
FAIL: group:ss_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ss_mm/ldo_ac_loop.csv Index:18
FAIL: group:ss_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ss_mm/ldo_ac_loop.csv Index:19
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ll_mm/ldo_ac_loop.csv Index:0
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ll_mm/ldo_ac_loop.csv Index:1
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ll_mm/ldo_ac_loop.csv Index:2
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ll_mm/ldo_ac_loop.csv Index:3
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ll_mm/ldo_ac_loop.csv Index:4
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ll_mm/ldo_ac_loop.csv Index:5
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ll_mm/ldo_ac_loop.csv Index:6
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ll_mm/ldo_ac_loop.csv Index:7
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ll_mm/ldo_ac_loop.csv Index:8
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ll_mm/ldo_ac_loop.csv Index:9
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ll_mm/ldo_ac_loop.csv Index:10
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ll_mm/ldo_ac_loop.csv Index:11
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ll_mm/ldo_ac_loop.csv Index:12
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ll_mm/ldo_ac_loop.csv Index:13
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ll_mm/ldo_ac_loop.csv Index:14
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ll_mm/ldo_ac_loop.csv Index:15
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ll_mm/ldo_ac_loop.csv Index:16
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ll_mm/ldo_ac_loop.csv Index:17
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ll_mm/ldo_ac_loop.csv Index:18
FAIL: group:ll_mm file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_1/ll_mm/ldo_ac_loop.csv Index:19


PERFORMANCE CHARACTERISTICS

LDO Output Voltage vs Temperature

xyplot_temp-sweepv(vldo)v(vdd)('tt',-2)__744781268f63d499334ec11aa5b1bf9b

LDO Output Voltage vs Temperature (Monte Carlo)

histplot_vldo_meangroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__77a6f9ffbaae0c36f9d4f7a926eec6b5

histplot_vldo_ppgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__77a6f9ffbaae0c36f9d4f7a926eec6b5

histplot_vldo_t20group_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__77a6f9ffbaae0c36f9d4f7a926eec6b5

histplot_vldo_tc20group_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__77a6f9ffbaae0c36f9d4f7a926eec6b5

LDO Output Voltage vs VDD

xyplot_v(v-sweep)v(vldo)group_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__4a17ff07c51788f19fb3341308999003

LDO Output Voltage vs VDD (Monte Carlo)

histplot_vldo_meangroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__5cd2f1d25c91f5294677a6ef5dabe2aa

histplot_vldo_ppgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__5cd2f1d25c91f5294677a6ef5dabe2aa

histplot_vldo_3v3group_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__5cd2f1d25c91f5294677a6ef5dabe2aa

histplot_vldo_tc3v3group_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__5cd2f1d25c91f5294677a6ef5dabe2aa

LDO Output Voltage vs Load Current

xyplot_i(i-sweep)v(vldo)group_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__d136f91180b00a3b70cbdba575b1ae03

LDO Output Voltage vs Load Current (Monte Carlo)

histplot_vldo_meangroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__636d0f72c10ab35bab2e8af2bcd5c61d

histplot_vldo_ppgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__636d0f72c10ab35bab2e8af2bcd5c61d

histplot_vldo_100ugroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__636d0f72c10ab35bab2e8af2bcd5c61d

histplot_vldo_tc100ugroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__636d0f72c10ab35bab2e8af2bcd5c61d

Noise Performance

xyplot_frequencyonoise_spectrumgroup_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__520cd1a858bc5d1a4c1e1d95f8ef7de5

PSRR+ Performance

xyplot_frequencypsrr_pgroup_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__277b066cc3d6ff8a4a7d32220f2eff36

PSRR+ Performance (Monte Carlo)

histplot_psrr_p_10hzgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__0e3d9af6f82b5589de22ed9ff81f69a8

histplot_psrr_p_10mhzgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__0e3d9af6f82b5589de22ed9ff81f69a8

Line Transient Performance

xyplot_timev(vout)group_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__c6f1621216fbf421e184df6be2d356ef
1V Line Transient

Line Transient Performance (Monte Carlo)

histplot_line_tran_ppgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__a34d1f938e10ffd2848a430b6d198282

Load Transient Performance

xyplot_timev(vldo)group_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__03f831caf24373c04bd4aea9b49bca52
200uA Load Transient

Load Transient Performance (Monte Carlo)

histplot_load_tran_ppgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__338688c165618838860906e4c55bdf86

AC Loopgain PM (Monte Carlo)

histplot_loop_pmgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__77965deb46de4493edb6d9f80a1da658