ASIC Artefacts

14.09.2025, 22:49:32

1.8 V LDO

1.8 V linear regulator.

ldo


🔗 Schematics

Show Tool Versions...

xschem: 3.4.6
ngspice: 44.2
magic: 8.3.541
netgen: 1.5.293
ihpopenpdk: dev


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 1.4 / 1.506 1.512 / 1.6 V 51/100.0%/0.0%/0.0%
LDO Voltage Curvature 0.0 / 1.205 1.459 / 250.0 mV 51/100.0%/0.0%/0.0%
LDO Voltage at 20°C 1.4 / 1.505 1.511 / 1.6 V 51/100.0%/0.0%/0.0%
LDO Voltage Sensitivity at 20°C -50.0 / 6.793 8.169 / 50.0 uV/°C 51/100.0%/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 1.4 / 1.491 1.532 / 1.6 V 200/100.0%/0.0%/0.0%
LDO Voltage Curvature 0.0 / 0.063 2.754 / 250.0 mV 200/100.0%/0.0%/0.0%
LDO Voltage at 20°C 1.4 / 1.491 1.532 / 1.6 V 200/100.0%/0.0%/0.0%
LDO Voltage Sensitivity at 20°C -50.0 / -2.025 16.272 / 50.0 uV/°C 200/100.0%/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 1.4 / 1.507 1.51 / 1.6 V 51/100.0%/0.0%/0.0%
LDO Voltage Curvature 0.0 / 4.479 4.747 / 250.0 mV 51/100.0%/0.0%/0.0%
LDO Voltage at 3.3V 1.4 / 1.509 1.512 / 1.6 V 51/100.0%/0.0%/0.0%
LDO Voltage Sensitivity at 3.3V -10.0 / 2.719 3.478 / 10.0 mV/V 51/100.0%/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 1.4 / 1.491 1.534 / 1.6 V 200/100.0%/0.0%/0.0%
LDO Voltage Curvature 0.0 / 4.49 4.791 / 250.0 mV 200/100.0%/0.0%/0.0%
LDO Voltage at 3.3V 1.4 / 1.493 1.536 / 1.6 V 200/100.0%/0.0%/0.0%
LDO Voltage Sensitivity at 3.3V -10.0 / 2.894 3.017 / 10.0 mV/V 200/100.0%/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 1.4 / 1.509 1.512 / 1.6 V 51/100.0%/0.0%/0.0%
LDO Voltage Curvature 0.0 / 0.53 0.966 / 250.0 mV 51/100.0%/0.0%/0.0%
LDO Voltage at 100uA 1.4 / 1.509 1.512 / 1.6 V 51/100.0%/0.0%/0.0%
LDO Voltage Sensitivity at 100uA -10 / -2.501 -1.358 / 10 V/A 51/100.0%/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 1.4 / 1.489 1.528 / 1.6 V 200/100.0%/0.0%/0.0%
LDO Voltage Curvature 0.0 / 0.638 0.661 / 250.0 mV 200/100.0%/0.0%/0.0%
LDO Voltage at 100uA 1.4 / 1.49 1.529 / 1.6 V 200/100.0%/0.0%/0.0%
LDO Voltage Sensitivity at 100uA -10 / -1.699 -1.643 / 10 V/A 200/100.0%/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 / 2.267 2.371 / 50.0 uV/sqrt(Hz) 17/100.0%/0.0%/0.0%
Output Noise at 10 kHz 0.0 / 0.092 0.098 / 25.0 uV/sqrt(Hz) 17/100.0%/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 / -50.714 -50.32 / -40 dB 17/100.0%/0.0%/0.0%
PSRR+ at 10 MHz -100 / -74.47 -73.774 / 20 dB 17/100.0%/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 / -50.71 -50.363 / 10 dB 200/100.0%/0.0%/0.0%
PSRR+ at 10 MHz -100 / -74.344 -73.904 / 20 dB 200/100.0%/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 / 10.626 12.432 / 50.0 mV 17/100.0%/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 / 11.322 12.275 / 50.0 mV 200/100.0%/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 / 1.282 1.708 / 50.0 mV 17/100.0%/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 / 1.356 1.636 / 50.0 mV 200/100.0%/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 / 43.379 48.872 / 180 deg 17/64.7059%/35.2941%/0.0%
Show specification violation details...

FAIL: Specification violation for parameter "Loopgain PM":
FAIL: group:h-ss_l-tt_b-typ_r-wcs_c-wcs file:work/sim/ldo/ldo_tb.8_ldo/batch_0/h-ss_l-tt_b-typ_r-wcs_c-wcs/ldo_ac_loop.csv Index:0
FAIL: group:h-ss_l-tt_b-typ_r-bcs_c-wcs file:work/sim/ldo/ldo_tb.8_ldo/batch_0/h-ss_l-tt_b-typ_r-bcs_c-wcs/ldo_ac_loop.csv Index:0
FAIL: group:h-sf_l-tt_b-typ_r-wcs_c-wcs file:work/sim/ldo/ldo_tb.8_ldo/batch_0/h-sf_l-tt_b-typ_r-wcs_c-wcs/ldo_ac_loop.csv Index:0
FAIL: group:h-sf_l-tt_b-typ_r-bcs_c-wcs file:work/sim/ldo/ldo_tb.8_ldo/batch_0/h-sf_l-tt_b-typ_r-bcs_c-wcs/ldo_ac_loop.csv Index:0
FAIL: group:h-fs_l-tt_b-typ_r-wcs_c-wcs file:work/sim/ldo/ldo_tb.8_ldo/batch_0/h-fs_l-tt_b-typ_r-wcs_c-wcs/ldo_ac_loop.csv Index:0
FAIL: group:h-fs_l-tt_b-typ_r-bcs_c-wcs file:work/sim/ldo/ldo_tb.8_ldo/batch_0/h-fs_l-tt_b-typ_r-bcs_c-wcs/ldo_ac_loop.csv Index:0


AC Loopgain PM Specification (Monte Carlo)

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Loopgain PM 45 / 44.95 46.548 / 180 deg 200/80.0%/20.0%/0.0%
Show specification violation details...

FAIL: Specification violation for parameter "Loopgain PM":
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:0
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:1
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:2
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:3
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:4
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:5
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:6
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:7
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:8
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:9
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:10
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:11
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:12
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:13
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:14
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:15
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:16
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:17
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:18
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:19
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:0
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:1
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:2
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:3
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:4
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:5
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:6
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:7
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:8
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:9
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:10
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:11
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:12
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:13
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:14
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:15
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:16
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:17
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:18
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:19


LDO Voltage Curvature vs Temperature [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Mean LDO Voltage 1.4 / 1.257 1.506 / 1.6 V 51/96.0784%/3.9216%/0.0%
LDO Voltage Curvature 0.0 / 1.298 247.969 / 250.0 mV 51/100.0%/0.0%/0.0%
LDO Voltage at 20°C 1.4 / 1.278 1.506 / 1.6 V 51/94.1176%/5.8824%/0.0%
LDO Voltage Sensitivity at 20°C -50.0 / -1156.39 9.05 / 50.0 uV/°C 51/94.1176%/5.8824%/0.0%
Show specification violation details...

FAIL: Specification violation for parameter "Mean LDO Voltage":
FAIL: group:h-ss_l-tt_b-typ_r-wcs_c-bcs file:work/sim/ldo/ldo_tb.1_ldo_ext/batch_0/h-ss_l-tt_b-typ_r-wcs_c-bcs/ldo_tran_temp.csv Index:0
FAIL: group:h-ss_l-tt_b-typ_r-bcs_c-bcs file:work/sim/ldo/ldo_tb.1_ldo_ext/batch_0/h-ss_l-tt_b-typ_r-bcs_c-bcs/ldo_tran_temp.csv Index:0

FAIL: Specification violation for parameter "LDO Voltage at 20°C":
FAIL: group:h-ss_l-tt_b-typ_r-wcs_c-bcs file:work/sim/ldo/ldo_tb.1_ldo_ext/batch_0/h-ss_l-tt_b-typ_r-wcs_c-bcs/ldo_tran_temp.csv Index:0
FAIL: group:h-ss_l-tt_b-typ_r-bcs_c-wcs file:work/sim/ldo/ldo_tb.1_ldo_ext/batch_0/h-ss_l-tt_b-typ_r-bcs_c-wcs/ldo_tran_temp.csv Index:0
FAIL: group:h-ss_l-tt_b-typ_r-bcs_c-bcs file:work/sim/ldo/ldo_tb.1_ldo_ext/batch_0/h-ss_l-tt_b-typ_r-bcs_c-bcs/ldo_tran_temp.csv Index:0

FAIL: Specification violation for parameter "LDO Voltage Sensitivity at 20°C":
FAIL: group:h-ss_l-tt_b-typ_r-wcs_c-bcs file:work/sim/ldo/ldo_tb.1_ldo_ext/batch_0/h-ss_l-tt_b-typ_r-wcs_c-bcs/ldo_tran_temp.csv Index:0
FAIL: group:h-ss_l-tt_b-typ_r-bcs_c-wcs file:work/sim/ldo/ldo_tb.1_ldo_ext/batch_0/h-ss_l-tt_b-typ_r-bcs_c-wcs/ldo_tran_temp.csv Index:0
FAIL: group:h-ss_l-tt_b-typ_r-bcs_c-bcs file:work/sim/ldo/ldo_tb.1_ldo_ext/batch_0/h-ss_l-tt_b-typ_r-bcs_c-bcs/ldo_tran_temp.csv Index: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 1.4 / 1.481 1.52 / 1.6 V 200/100.0%/0.0%/0.0%
LDO Voltage Curvature 0.0 / 0.633 2.339 / 250.0 mV 200/100.0%/0.0%/0.0%
LDO Voltage at 20°C 1.4 / 1.481 1.52 / 1.6 V 200/100.0%/0.0%/0.0%
LDO Voltage Sensitivity at 20°C -50.0 / 3.112 13.644 / 50.0 uV/°C 200/100.0%/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 1.4 / 1.47 1.503 / 1.6 V 51/100.0%/0.0%/0.0%
LDO Voltage Curvature 0.0 / 12.466 333.208 / 250.0 mV 51/84.3137%/15.6863%/0.0%
LDO Voltage at 3.3V 1.4 / 1.504 1.507 / 1.6 V 51/100.0%/0.0%/0.0%
LDO Voltage Sensitivity at 3.3V -10.0 / 2.71 3.47 / 10.0 mV/V 51/100.0%/0.0%/0.0%
Show specification violation details...

FAIL: Specification violation for parameter "LDO Voltage Curvature":
FAIL: group:h-ss_l-tt_b-typ_r-wcs_c-wcs file:work/sim/ldo/ldo_tb.2_ldo_ext/batch_0/h-ss_l-tt_b-typ_r-wcs_c-wcs/ldo_tran_vdd.csv Index:2
FAIL: group:h-ss_l-tt_b-typ_r-wcs_c-bcs file:work/sim/ldo/ldo_tb.2_ldo_ext/batch_0/h-ss_l-tt_b-typ_r-wcs_c-bcs/ldo_tran_vdd.csv Index:2
FAIL: group:h-ss_l-tt_b-typ_r-bcs_c-wcs file:work/sim/ldo/ldo_tb.2_ldo_ext/batch_0/h-ss_l-tt_b-typ_r-bcs_c-wcs/ldo_tran_vdd.csv Index:2
FAIL: group:h-ss_l-tt_b-typ_r-bcs_c-bcs file:work/sim/ldo/ldo_tb.2_ldo_ext/batch_0/h-ss_l-tt_b-typ_r-bcs_c-bcs/ldo_tran_vdd.csv Index:2
FAIL: group:h-fs_l-tt_b-typ_r-wcs_c-wcs file:work/sim/ldo/ldo_tb.2_ldo_ext/batch_0/h-fs_l-tt_b-typ_r-wcs_c-wcs/ldo_tran_vdd.csv Index:2
FAIL: group:h-fs_l-tt_b-typ_r-wcs_c-bcs file:work/sim/ldo/ldo_tb.2_ldo_ext/batch_0/h-fs_l-tt_b-typ_r-wcs_c-bcs/ldo_tran_vdd.csv Index:2
FAIL: group:h-fs_l-tt_b-typ_r-bcs_c-wcs file:work/sim/ldo/ldo_tb.2_ldo_ext/batch_0/h-fs_l-tt_b-typ_r-bcs_c-wcs/ldo_tran_vdd.csv Index:2
FAIL: group:h-fs_l-tt_b-typ_r-bcs_c-bcs file:work/sim/ldo/ldo_tb.2_ldo_ext/batch_0/h-fs_l-tt_b-typ_r-bcs_c-bcs/ldo_tran_vdd.csv Index:2


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 1.4 / 1.481 1.518 / 1.6 V 200/100.0%/0.0%/0.0%
LDO Voltage Curvature 0.0 / 36.204 153.617 / 250.0 mV 200/100.0%/0.0%/0.0%
LDO Voltage at 3.3V 1.4 / 1.487 1.527 / 1.6 V 200/100.0%/0.0%/0.0%
LDO Voltage Sensitivity at 3.3V -10.0 / 2.888 2.979 / 10.0 mV/V 200/100.0%/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 1.4 / 1.504 1.506 / 1.6 V 51/100.0%/0.0%/0.0%
LDO Voltage Curvature 0.0 / 1.431 5.293 / 250.0 mV 51/100.0%/0.0%/0.0%
LDO Voltage at 100uA 1.4 / 1.504 1.507 / 1.6 V 51/100.0%/0.0%/0.0%
LDO Voltage Sensitivity at 100uA -10 / -3.236 -2.111 / 10 V/A 51/100.0%/0.0%/0.0%

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 1.4 / 1.489 1.522 / 1.6 V 200/100.0%/0.0%/0.0%
LDO Voltage Curvature 0.0 / 2.07 2.45 / 250.0 mV 200/100.0%/0.0%/0.0%
LDO Voltage at 100uA 1.4 / 1.489 1.523 / 1.6 V 200/100.0%/0.0%/0.0%
LDO Voltage Sensitivity at 100uA -10 / -2.444 -2.389 / 10 V/A 200/100.0%/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 / 2.237 2.347 / 50.0 uV/sqrt(Hz) 17/100.0%/0.0%/0.0%
Output Noise at 10 kHz 0.0 / 0.091 0.097 / 25.0 uV/sqrt(Hz) 17/100.0%/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 / -50.666 -50.179 / -40 dB 17/100.0%/0.0%/0.0%
PSRR+ at 10 MHz -100 / -80.709 -76.952 / 20 dB 17/100.0%/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 / -50.578 -50.21 / 10 dB 200/100.0%/0.0%/0.0%
PSRR+ at 10 MHz -100 / -79.858 -77.92 / 20 dB 200/100.0%/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 / 10.761 12.365 / 50.0 mV 17/100.0%/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 / 11.298 12.163 / 50.0 mV 200/100.0%/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 / 1.641 2.893 / 50.0 mV 17/100.0%/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 / 1.907 2.543 / 50.0 mV 200/100.0%/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 / 38.089 46.09 / 180 deg 17/11.7647%/88.2353%/0.0%
Show specification violation details...

FAIL: Specification violation for parameter "Loopgain PM":
FAIL: group:h-tt_l-tt_b-typ_r-typ_c-typ file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/h-tt_l-tt_b-typ_r-typ_c-typ/ldo_ac_loop.csv Index:0
FAIL: group:h-ss_l-tt_b-typ_r-wcs_c-wcs file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/h-ss_l-tt_b-typ_r-wcs_c-wcs/ldo_ac_loop.csv Index:0
FAIL: group:h-ss_l-tt_b-typ_r-wcs_c-bcs file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/h-ss_l-tt_b-typ_r-wcs_c-bcs/ldo_ac_loop.csv Index:0
FAIL: group:h-ss_l-tt_b-typ_r-bcs_c-wcs file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/h-ss_l-tt_b-typ_r-bcs_c-wcs/ldo_ac_loop.csv Index:0
FAIL: group:h-ss_l-tt_b-typ_r-bcs_c-bcs file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/h-ss_l-tt_b-typ_r-bcs_c-bcs/ldo_ac_loop.csv Index:0
FAIL: group:h-ff_l-tt_b-typ_r-wcs_c-wcs file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/h-ff_l-tt_b-typ_r-wcs_c-wcs/ldo_ac_loop.csv Index:0
FAIL: group:h-ff_l-tt_b-typ_r-bcs_c-wcs file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/h-ff_l-tt_b-typ_r-bcs_c-wcs/ldo_ac_loop.csv Index:0
FAIL: group:h-sf_l-tt_b-typ_r-wcs_c-wcs file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/h-sf_l-tt_b-typ_r-wcs_c-wcs/ldo_ac_loop.csv Index:0
FAIL: group:h-sf_l-tt_b-typ_r-wcs_c-bcs file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/h-sf_l-tt_b-typ_r-wcs_c-bcs/ldo_ac_loop.csv Index:0
FAIL: group:h-sf_l-tt_b-typ_r-bcs_c-wcs file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/h-sf_l-tt_b-typ_r-bcs_c-wcs/ldo_ac_loop.csv Index:0
FAIL: group:h-sf_l-tt_b-typ_r-bcs_c-bcs file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/h-sf_l-tt_b-typ_r-bcs_c-bcs/ldo_ac_loop.csv Index:0
FAIL: group:h-fs_l-tt_b-typ_r-wcs_c-wcs file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/h-fs_l-tt_b-typ_r-wcs_c-wcs/ldo_ac_loop.csv Index:0
FAIL: group:h-fs_l-tt_b-typ_r-wcs_c-bcs file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/h-fs_l-tt_b-typ_r-wcs_c-bcs/ldo_ac_loop.csv Index:0
FAIL: group:h-fs_l-tt_b-typ_r-bcs_c-wcs file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/h-fs_l-tt_b-typ_r-bcs_c-wcs/ldo_ac_loop.csv Index:0
FAIL: group:h-fs_l-tt_b-typ_r-bcs_c-bcs file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/h-fs_l-tt_b-typ_r-bcs_c-bcs/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 / 41.342 43.556 / 180 deg 200/0.0%/100.0%/0.0%
Show specification violation details...

FAIL: Specification violation for parameter "Loopgain PM":
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:0
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:1
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:2
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:3
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:4
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:5
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:6
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:7
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:8
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:9
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:10
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:11
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:12
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:13
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:14
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:15
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:16
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:17
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:18
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:19
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_stat_mc/ldo_ac_loop.csv Index:0
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_stat_mc/ldo_ac_loop.csv Index:1
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_stat_mc/ldo_ac_loop.csv Index:2
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_stat_mc/ldo_ac_loop.csv Index:3
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_stat_mc/ldo_ac_loop.csv Index:4
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_stat_mc/ldo_ac_loop.csv Index:5
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_stat_mc/ldo_ac_loop.csv Index:6
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_stat_mc/ldo_ac_loop.csv Index:7
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_stat_mc/ldo_ac_loop.csv Index:8
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_stat_mc/ldo_ac_loop.csv Index:9
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_stat_mc/ldo_ac_loop.csv Index:10
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_stat_mc/ldo_ac_loop.csv Index:11
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_stat_mc/ldo_ac_loop.csv Index:12
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_stat_mc/ldo_ac_loop.csv Index:13
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_stat_mc/ldo_ac_loop.csv Index:14
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_stat_mc/ldo_ac_loop.csv Index:15
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_stat_mc/ldo_ac_loop.csv Index:16
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_stat_mc/ldo_ac_loop.csv Index:17
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_stat_mc/ldo_ac_loop.csv Index:18
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_3/tt_typ_stat_mc/ldo_ac_loop.csv Index:19
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:0
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:1
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:2
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:3
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:4
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:5
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:6
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:7
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:8
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:9
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:10
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:11
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:12
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:13
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:14
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:15
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:16
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:17
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:18
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:19
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:0
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:1
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:2
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:3
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:4
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:5
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:6
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:7
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:8
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:9
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:10
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:11
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:12
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:13
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:14
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:15
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:16
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:17
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:18
FAIL: group:tt_typ_stat_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_4/tt_typ_stat_mc/ldo_ac_loop.csv Index:19
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:0
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:1
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:2
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:3
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:4
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:5
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:6
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:7
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:8
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:9
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:10
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:11
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:12
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:13
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:14
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:15
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:16
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:17
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:18
FAIL: group:tt_typ_mismatch_mc file:work/sim/ldo/ldo_tb.8_ldo_ext/batch_0/tt_typ_mismatch_mc/ldo_ac_loop.csv Index:19


PERFORMANCE CHARACTERISTICS

LDO Output Voltage vs Temperature

xyplot_9c51dd2789165e7d427f76b0125ad62f_e117ebfad6448d036a89a6967ffcec87

LDO Output Voltage vs Temperature (Monte Carlo)

histplot_vldo_meangroup_('tt_typ_stat_mc',-2),('tt_typ_mismatch_mc',_-2)__1e1e1dc36ea2b070910eed1e861b1132
histplot_vldo_ppgroup_('tt_typ_stat_mc',-2),('tt_typ_mismatch_mc',_-2)__1e1e1dc36ea2b070910eed1e861b1132
histplot_vldo_t20group_('tt_typ_stat_mc',-2),('tt_typ_mismatch_mc',_-2)__1e1e1dc36ea2b070910eed1e861b1132
histplot_vldo_tc20group_('tt_typ_stat_mc',-2),('tt_typ_mismatch_mc',_-2)__1e1e1dc36ea2b070910eed1e861b1132

LDO Output Voltage vs VDD

xyplot_f954fcefcc46971cbc7de2f86ae22f53_0dabb39f27a2fd96dabb250e3b4cc87c

LDO Output Voltage vs VDD (Monte Carlo)

histplot_vldo_meangroup_('tt_typ_stat_mc',-2),('tt_typ_mismatch_mc',_-2)__ec72d360d8a1412bec3c6192f42a55d5
histplot_vldo_ppgroup_('tt_typ_stat_mc',-2),('tt_typ_mismatch_mc',_-2)__ec72d360d8a1412bec3c6192f42a55d5
histplot_vldo_3v3group_('tt_typ_stat_mc',-2),('tt_typ_mismatch_mc',_-2)__ec72d360d8a1412bec3c6192f42a55d5
histplot_vldo_tc3v3group_('tt_typ_stat_mc',-2),('tt_typ_mismatch_mc',_-2)__ec72d360d8a1412bec3c6192f42a55d5

LDO Output Voltage vs Load Current

xyplot_50bbb7756895e485570a60f144d6ab4e_65c1f569f6f4010e99053c740560f3bb

LDO Output Voltage vs Load Current (Monte Carlo)

histplot_vldo_meangroup_('tt_typ_stat_mc',-2),('tt_typ_mismatch_mc',_-2)__45979851e8523732f7a76f16bcb28321
histplot_vldo_ppgroup_('tt_typ_stat_mc',-2),('tt_typ_mismatch_mc',_-2)__45979851e8523732f7a76f16bcb28321
histplot_vldo_100ugroup_('tt_typ_stat_mc',-2),('tt_typ_mismatch_mc',_-2)__45979851e8523732f7a76f16bcb28321
histplot_vldo_tc100ugroup_('tt_typ_stat_mc',-2),('tt_typ_mismatch_mc',_-2)__45979851e8523732f7a76f16bcb28321

Noise Performance

xyplot_65f4c48083f589482d22bed2114a7acf_b3a2c25bff69e31729b162b66fb72cc3

PSRR+ Performance

xyplot_bf090b3923eb1c25979b1380e5a5ff52_6762c5bd9b3184fa37af37a9e7aadb90

PSRR+ Performance (Monte Carlo)

histplot_psrr_p_10hzgroup_('tt_typ_stat_mc',-2),('tt_typ_mismatch_mc',_-2)__a2014494ed514549f55ac848af4c983b
histplot_psrr_p_10mhzgroup_('tt_typ_stat_mc',-2),('tt_typ_mismatch_mc',_-2)__a2014494ed514549f55ac848af4c983b

Line Transient Performance

xyplot_e0394aac9836e01e002b22df43a17356_5c9888a9ad7fb8c86a7891a624d8d553
1V Line Transient

Line Transient Performance (Monte Carlo)

histplot_line_tran_ppgroup_('tt_typ_stat_mc',-2),('tt_typ_mismatch_mc',_-2)__2a6334b4ac5c4f58aa3e622cc8e893a2

Load Transient Performance

xyplot_8bf5f174bfb2bd733fe3d9db34ca0616_08f40387c825ff91d0dc9f371c4f15ee
200uA Load Transient

Load Transient Performance (Monte Carlo)

histplot_load_tran_ppgroup_('tt_typ_stat_mc',-2),('tt_typ_mismatch_mc',_-2)__9182e6e6885a79ee4feba477a28f4ae1

AC Loopgain PM (Monte Carlo)

histplot_loop_pmgroup_('tt_typ_stat_mc',-2),('tt_typ_mismatch_mc',_-2)__000bcc4a43f21bbb154baecc01e288d5