SKY130 Artefacts

04.09.2024, 10:20:07

Beta-Multiplier Bandgap OTA

OTA for Beta-Multiplier Bandgap.

bmbgota


🔗 Schematics

LVS

LVS-state: Netlists match uniquely.

🔗 LVS-report

SPECIFICATIONS

AC Open-Loop Specification

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Open-Loop Gain 90 / 96.36 96.433 / 110 dB 5/100.0%/0.0%/0.0% Gain at 1Hz
Phase Margin 60 / 95.784 99.199 / 110 deg 5/100.0%/0.0%/0.0% Open-Loop
Unity-Gain Bandwidth 25.0 / 62.415 86.608 / 110.0 MHz 5/100.0%/0.0%/0.0%
3-dB Bandwidth 0.1 / 0.439 0.56 / 10.0 kHz 5/100.0%/0.0%/0.0%

AC Open-Loop Specification (Monte Carlo)

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Open-Loop Gain 90 / 96.292 96.502 / 110 dB 1250/100.0%/0.0%/0.0% Gain at 1Hz
Phase Margin 60 / 93.015 103.073 / 110 deg 1250/100.0%/0.0%/0.0% Open-Loop
Unity-Gain Bandwidth 25.0 / 56.509 98.586 / 110.0 MHz 1250/100.0%/0.0%/0.0%
3-dB Bandwidth 0.1 / 0.417 0.588 / 10.0 kHz 1250/100.0%/0.0%/0.0%

CMRR/PSRR Specification

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
CMRR at 10Hz 50 / 91.297 91.772 / 150 dB 5/100.0%/0.0%/0.0%
CMRR at 10MHz 35 / 67.323 74.71 / 90 dB 5/100.0%/0.0%/0.0%
PSRR+ at 10Hz 40 / 94.54 96.426 / 130 dB 5/100.0%/0.0%/0.0%
PSRR+ at 10MHz 35 / 52.774 53.046 / 70 dB 5/100.0%/0.0%/0.0%
PSRR- at 10Hz 40 / 84.474 84.821 / 120 dB 5/100.0%/0.0%/0.0%
PSRR- at 10MHz 5 / 9.985 11.755 / 20 dB 5/100.0%/0.0%/0.0%

CMRR/PSRR Specification (Monte Carlo)

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
CMRR at 10Hz 50 / 65.011 96.201 / 150 dB 1250/100.0%/0.0%/0.0%
CMRR at 10MHz 35 / 62.839 82.439 / 90 dB 1250/100.0%/0.0%/0.0%
PSRR+ at 10Hz 40 / 63.382 98.312 / 130 dB 1250/100.0%/0.0%/0.0%
PSRR+ at 10MHz 35 / 51.743 55.696 / 70 dB 1250/100.0%/0.0%/0.0%
PSRR- at 10Hz 50 / 82.994 87.714 / 120 dB 1250/100.0%/0.0%/0.0%
PSRR- at 10MHz 5 / 10.005 11.889 / 20 dB 1250/100.0%/0.0%/0.0%

Output Range Specification

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Negative Output Bound -2.5 / -2.263 -2.253 / -2 V 5/100.0%/0.0%/0.0%
Positive Output Bound 2 / 2.098 2.124 / 2.5 V 5/100.0%/0.0%/0.0%

Output Range Specification (Monte Carlo)

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Negative Output Bound -2.5 / -2.264 -2.251 / -2 V 1250/100.0%/0.0%/0.0%
Positive Output Bound 2 / 2.094 2.126 / 2.5 V 1250/100.0%/0.0%/0.0%

Input Range Specification

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Positive CM Input Bound 0.8 / 0.905 1.074 / 1.5 V 5/100.0%/0.0%/0.0% Input transistor sat.

Input Range Specification (Monte Carlo)

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Positive CM Input Bound 0.8 / 0.89 1.085 / 1.5 V 1250/100.0%/0.0%/0.0% Input transistor sat.

Slew-Rate/Offset Specification

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Input Offset -0.0 / 0.0 0.0 / 0.0 mV 5/100.0%/0.0%/0.0%
Slew-Rate (Positive) 10.0 / 15.989 20.198 / 30.0 MV/s 5/100.0%/0.0%/0.0%
Slew-Rate (Negative) -30.0 / -21.782 -17.249 / -10.0 MV/s 5/100.0%/0.0%/0.0%

Slew-Rate/Offset Specification (Monte Carlo)

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Input Offset -10.0 / -2.675 3.155 / 10.0 mV 1250/100.0%/0.0%/0.0%
Slew-Rate (Positive) 10.0 / 15.515 20.268 / 30.0 MV/s 1250/100.0%/0.0%/0.0%
Slew-Rate (Negative) -30.0 / -21.927 -17.13 / -10.0 MV/s 1250/100.0%/0.0%/0.0%

Noise Specification

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Input Noise at 10Hz 0.0 / 0.943 1.032 / 10.0 uV/sqrt(Hz) 5/100.0%/0.0%/0.0%
Input Noise at 10MHz 0.0 / 0.046 0.05 / 1.0 uV/sqrt(Hz) 5/100.0%/0.0%/0.0%

THD Specification

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
THD 0 / 0.1 0.13 / 0.3 % 5/100.0%/0.0%/0.0%

THD Specification (Monte Carlo)

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
THD 0 / 0.094 0.144 / 0.3 % 1250/100.0%/0.0%/0.0%

AC Open-Loop Specification [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Open-Loop Gain 90 / 96.356 96.43 / 110 dB 5/100.0%/0.0%/0.0% Gain at 1Hz
Phase Margin 60 / 60.561 65.715 / 110 deg 5/100.0%/0.0%/0.0% Open-Loop
Unity-Gain Bandwidth 25.0 / 45.572 56.489 / 110.0 MHz 5/100.0%/0.0%/0.0%
3-dB Bandwidth 0.1 / 0.435 0.553 / 10.0 kHz 5/100.0%/0.0%/0.0%

AC Open-Loop Specification (Monte Carlo) [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Open-Loop Gain 90 / 96.271 96.487 / 110 dB 1250/100.0%/0.0%/0.0% Gain at 1Hz
Phase Margin 60 / 55.687 69.255 / 110 deg 1250/89.6%/10.4%/0.0% Open-Loop
Unity-Gain Bandwidth 25.0 / 41.77 63.079 / 110.0 MHz 1250/100.0%/0.0%/0.0%
3-dB Bandwidth 0.1 / 0.416 0.58 / 10.0 kHz 1250/100.0%/0.0%/0.0%
Show specification violation details...

FAIL: Specification violation for parameter "Phase Margin":
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ff_mm/ac_ol.csv Index:1
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ff_mm/ac_ol.csv Index:3
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ff_mm/ac_ol.csv Index:4
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ff_mm/ac_ol.csv Index:9
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ff_mm/ac_ol.csv Index:10
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ff_mm/ac_ol.csv Index:25
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ff_mm/ac_ol.csv Index:26
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ff_mm/ac_ol.csv Index:27
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ff_mm/ac_ol.csv Index:31
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ff_mm/ac_ol.csv Index:46
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ff_mm/ac_ol.csv Index:47
FAIL: group:tt_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/tt_mm/ac_ol.csv Index:12
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ll_mm/ac_ol.csv Index:0
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ll_mm/ac_ol.csv Index:5
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ll_mm/ac_ol.csv Index:12
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ll_mm/ac_ol.csv Index:15
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ll_mm/ac_ol.csv Index:23
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ll_mm/ac_ol.csv Index:24
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ll_mm/ac_ol.csv Index:25
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ll_mm/ac_ol.csv Index:27
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ll_mm/ac_ol.csv Index:31
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ll_mm/ac_ol.csv Index:34
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ll_mm/ac_ol.csv Index:37
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ll_mm/ac_ol.csv Index:42
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ll_mm/ac_ol.csv Index:45
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_4/ll_mm/ac_ol.csv Index:48
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ff_mm/ac_ol.csv Index:12
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ff_mm/ac_ol.csv Index:13
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ff_mm/ac_ol.csv Index:20
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ff_mm/ac_ol.csv Index:30
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ff_mm/ac_ol.csv Index:32
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ff_mm/ac_ol.csv Index:35
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ff_mm/ac_ol.csv Index:36
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ff_mm/ac_ol.csv Index:37
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ff_mm/ac_ol.csv Index:40
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ff_mm/ac_ol.csv Index:42
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ff_mm/ac_ol.csv Index:45
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ff_mm/ac_ol.csv Index:46
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ff_mm/ac_ol.csv Index:49
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ll_mm/ac_ol.csv Index:5
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ll_mm/ac_ol.csv Index:9
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ll_mm/ac_ol.csv Index:18
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ll_mm/ac_ol.csv Index:20
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ll_mm/ac_ol.csv Index:21
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ll_mm/ac_ol.csv Index:25
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ll_mm/ac_ol.csv Index:28
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ll_mm/ac_ol.csv Index:30
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ll_mm/ac_ol.csv Index:32
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ll_mm/ac_ol.csv Index:33
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ll_mm/ac_ol.csv Index:36
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ll_mm/ac_ol.csv Index:38
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ll_mm/ac_ol.csv Index:39
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_1/ll_mm/ac_ol.csv Index:48
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ff_mm/ac_ol.csv Index:0
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ff_mm/ac_ol.csv Index:3
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ff_mm/ac_ol.csv Index:4
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ff_mm/ac_ol.csv Index:10
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ff_mm/ac_ol.csv Index:11
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ff_mm/ac_ol.csv Index:21
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ff_mm/ac_ol.csv Index:23
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ff_mm/ac_ol.csv Index:35
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ff_mm/ac_ol.csv Index:39
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ff_mm/ac_ol.csv Index:40
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ff_mm/ac_ol.csv Index:42
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ff_mm/ac_ol.csv Index:43
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ff_mm/ac_ol.csv Index:47
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ll_mm/ac_ol.csv Index:1
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ll_mm/ac_ol.csv Index:2
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ll_mm/ac_ol.csv Index:3
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ll_mm/ac_ol.csv Index:5
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ll_mm/ac_ol.csv Index:8
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ll_mm/ac_ol.csv Index:9
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ll_mm/ac_ol.csv Index:13
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ll_mm/ac_ol.csv Index:14
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ll_mm/ac_ol.csv Index:16
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ll_mm/ac_ol.csv Index:19
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ll_mm/ac_ol.csv Index:24
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ll_mm/ac_ol.csv Index:27
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ll_mm/ac_ol.csv Index:30
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ll_mm/ac_ol.csv Index:32
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ll_mm/ac_ol.csv Index:38
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ll_mm/ac_ol.csv Index:41
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ll_mm/ac_ol.csv Index:43
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ll_mm/ac_ol.csv Index:44
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_3/ll_mm/ac_ol.csv Index:49
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_0/ff_mm/ac_ol.csv Index:3
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_0/ff_mm/ac_ol.csv Index:10
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_0/ff_mm/ac_ol.csv Index:26
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_0/ff_mm/ac_ol.csv Index:30
FAIL: group:ff_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_0/ff_mm/ac_ol.csv Index:35
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_0/ll_mm/ac_ol.csv Index:2
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_0/ll_mm/ac_ol.csv Index:4
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_0/ll_mm/ac_ol.csv Index:5
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_0/ll_mm/ac_ol.csv Index:8
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_0/ll_mm/ac_ol.csv Index:10
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_0/ll_mm/ac_ol.csv Index:11
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_0/ll_mm/ac_ol.csv Index:16
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_0/ll_mm/ac_ol.csv Index:19
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_0/ll_mm/ac_ol.csv Index:20
FAIL: group:ll_mm file:work/sim/bmbgota/bmbgota_tb.1_bmbgota_ext/batch_0/ll_mm/ac_ol.csv Index:21


CMRR/PSRR Specification [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
CMRR at 10Hz 50 / 91.282 91.774 / 150 dB 5/100.0%/0.0%/0.0%
CMRR at 10MHz 35 / 53.266 56.93 / 90 dB 5/100.0%/0.0%/0.0%
PSRR+ at 10Hz 40 / 94.479 96.382 / 130 dB 5/100.0%/0.0%/0.0%
PSRR+ at 10MHz 35 / 50.122 54.162 / 70 dB 5/100.0%/0.0%/0.0%
PSRR- at 10Hz 40 / 84.455 84.801 / 120 dB 5/100.0%/0.0%/0.0%
PSRR- at 10MHz 5 / 9.917 11.618 / 20 dB 5/100.0%/0.0%/0.0%

CMRR/PSRR Specification (Monte Carlo) [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
CMRR at 10Hz 50 / 65.855 100.286 / 150 dB 1250/100.0%/0.0%/0.0%
CMRR at 10MHz 35 / 51.61 62.915 / 90 dB 1250/100.0%/0.0%/0.0%
PSRR+ at 10Hz 40 / 63.984 111.381 / 130 dB 1250/100.0%/0.0%/0.0%
PSRR+ at 10MHz 35 / 48.956 57.234 / 70 dB 1250/100.0%/0.0%/0.0%
PSRR- at 10Hz 50 / 82.748 87.629 / 120 dB 1250/100.0%/0.0%/0.0%
PSRR- at 10MHz 5 / 9.828 11.856 / 20 dB 1250/100.0%/0.0%/0.0%

Slew-Rate/Offset Specification [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Input Offset -0.0 / 0.0 0.0 / 0.0 mV 5/100.0%/0.0%/0.0%
Slew-Rate (Positive) 10.0 / 14.26 17.427 / 30.0 MV/s 5/100.0%/0.0%/0.0%
Slew-Rate (Negative) -30.0 / -21.365 -16.806 / -10.0 MV/s 5/100.0%/0.0%/0.0%

Slew-Rate/Offset Specification (Monte Carlo) [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Input Offset -10.0 / -3.994 2.269 / 10.0 mV 1250/100.0%/0.0%/0.0%
Slew-Rate (Positive) 10.0 / 13.898 17.776 / 30.0 MV/s 1250/100.0%/0.0%/0.0%
Slew-Rate (Negative) -30.0 / -21.822 -16.571 / -10.0 MV/s 1250/100.0%/0.0%/0.0%

Noise Specification [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Input Noise at 10Hz 0.0 / 0.944 1.033 / 10.0 uV/sqrt(Hz) 5/100.0%/0.0%/0.0%
Input Noise at 10MHz 0.0 / 0.046 0.05 / 1.0 uV/sqrt(Hz) 5/100.0%/0.0%/0.0%

THD Specification [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
THD 0 / 0.135 0.177 / 0.3 % 5/100.0%/0.0%/0.0%

THD Specification (Monte Carlo) [PEX]

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
THD 0 / 0.125 0.195 / 0.3 % 1250/100.0%/0.0%/0.0%

PERFORMANCE CHARACTERISTICS

AC Open-Loop Performance

xyplot_frequencyvec_ampdbgroup_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__90bcc125b5a8269ffd2b97e5c5e9c936

AC Open-Loop Performance (Monte Carlo)

histplot_olgain_1hzgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__b3ac3a92908c822984c8d36b424357cf

histplot_pmgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__b3ac3a92908c822984c8d36b424357cf

histplot_ugbwgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__b3ac3a92908c822984c8d36b424357cf

histplot_f2_3dbgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__b3ac3a92908c822984c8d36b424357cf

CMRR/PSRR Performance

xyplot_frequencycmrrgroup_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__071c8bf9ae95dbcb9ba7cf960ae389c3

xyplot_frequencypsrr_pgroup_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__071c8bf9ae95dbcb9ba7cf960ae389c3

xyplot_frequencypsrr_ngroup_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__071c8bf9ae95dbcb9ba7cf960ae389c3

CMRR/PSRR Performance (Monte Carlo)

histplot_cmrr_10hzgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__8089bad58d398cd7643be64bb9ce0fed

histplot_cmrr_10mhzgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__8089bad58d398cd7643be64bb9ce0fed

histplot_psrr_p_10hzgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__8089bad58d398cd7643be64bb9ce0fed

histplot_psrr_p_10mhzgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__8089bad58d398cd7643be64bb9ce0fed

histplot_psrr_n_10hzgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__8089bad58d398cd7643be64bb9ce0fed

histplot_psrr_n_10mhzgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__8089bad58d398cd7643be64bb9ce0fed

Output Range Performance (Monte Carlo)

histplot_neg_out_compgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__b2d3cc2d9e94077697adcf0625de17a4

histplot_pos_out_compgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__b2d3cc2d9e94077697adcf0625de17a4

Input Range Performance (Monte Carlo)

histplot_pos_cm_boundgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__899509377f527afd409351131e0505cd

Slew-Rate/Offset Performance

xyplot_timev(opout_10f)group_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__257c10c66e943eee42eeaaf7527daa22

xyplot_timev(opout_500f)group_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__257c10c66e943eee42eeaaf7527daa22

Slew-Rate/Offset Performance (Monte Carlo)

histplot_inp_offsetgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__bc266178684032d549481f35a5fd54a2

histplot_slew_posgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__bc266178684032d549481f35a5fd54a2

histplot_slew_neggroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__bc266178684032d549481f35a5fd54a2

Noise Performance

xyplot_frequencyinoise_spectrumgroup_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__7b5d2e34c0e088201bd8b54a9187c901

THD Performance (Monte Carlo)

histplot_thdgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__e31739dda2f244202d523d839e860f21