SKY130 Artefacts

04.09.2024, 10:20:07

Vth Current Reference

10 uA current reference with source- and sink-port.

vthref


🔗 Schematics

LVS

LVS-state: Netlists match uniquely.

🔗 LVS-report

SPECIFICATIONS

Transient Specification

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Startup Time 0.0 / 0.005 0.008 / 20.0 ms 20/100.0%/0.0%/0.0%

DC Specification

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Output Current Curvature (Sink) 0.0 / 0.183 0.353 / 1.0 uA 20/100.0%/0.0%/0.0%
Output Current Curvature (Source) 0.0 / 0.181 0.374 / 1.0 uA 20/100.0%/0.0%/0.0%

DC Specification (Monte Carlo)

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Output Current Curvature (Sink) 0.0 / 0.19 0.317 / 1.0 uA 500/100.0%/0.0%/0.0%
Output Current Curvature (Source) 0.0 / 0.192 0.316 / 1.0 uA 500/100.0%/0.0%/0.0%

DC Specification (PEX)

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Output Current Curvature (Sink) 0.0 / 0.19 0.362 / 1.0 uA 20/100.0%/0.0%/0.0%
Output Current Curvature (Source) 0.0 / 0.175 0.385 / 1.0 uA 20/100.0%/0.0%/0.0%

DC Specification (Monte Carlo, PEX)

Parameter Min (Spec. / Sim.) Max (Sim. / Spec.) Unit Checks (total/pass/fail/NaN) Comment
Output Current Curvature (Sink) 0.0 / 0.193 2.067 / 1.0 uA 500/99.8%/0.2%/0.0%
Output Current Curvature (Source) 0.0 / 0.194 2.02 / 1.0 uA 500/99.8%/0.2%/0.0%
Show specification violation details...

FAIL: Specification violation for parameter "Output Current Curvature (Sink)":
FAIL: group:ff_mm file:work/sim/vthref/vthref_tb.4_dcext/batch_4/ff_mm/dc.csv Index:4

FAIL: Specification violation for parameter "Output Current Curvature (Source)":
FAIL: group:ff_mm file:work/sim/vthref/vthref_tb.4_dcext/batch_4/ff_mm/dc.csv Index:4


PERFORMANCE CHARACTERISTICS

DC Performance

xyplot_temp-sweepi(visink)v(vdd)('tt',-2)__94b518e40830ed39bffc36cf7b5c0da9

xyplot_temp-sweepi(visource)v(vdd)('tt',-2)__94b518e40830ed39bffc36cf7b5c0da9

xyplot_temp-sweepi(visink)group_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__94b518e40830ed39bffc36cf7b5c0da9

xyplot_temp-sweepi(visource)group_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__94b518e40830ed39bffc36cf7b5c0da9

xyplot_temp-sweepi(viin)group_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__94b518e40830ed39bffc36cf7b5c0da9

xyplot_temp-sweepv(x1.vs)group_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__94b518e40830ed39bffc36cf7b5c0da9

xyplot_temp-sweepv(x1.vp)group_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__94b518e40830ed39bffc36cf7b5c0da9

xyplot_temp-sweepi(b.x1.xrsu.xsky130_fd_pr__res_xhigh_po_0p69.brend_i)group_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__94b518e40830ed39bffc36cf7b5c0da9

occtplot_temp-sweep_('tt',_-2)__94b518e40830ed39bffc36cf7b5c0da9

DC Performance (Monte Carlo)

histplot_sink_ppgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__23bafb5ab45771cf23411b544f38b83c

histplot_source_ppgroup_('ff_mm',-2),('hh_mm',-2),('tt_mm',-2),('ll_mm',-2),('ss_mm',_-2)__23bafb5ab45771cf23411b544f38b83c

AC Noise

xyplot_frequencyonoise_spectrumgroup_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__07d296c7c9ff73db4dc3ee4d86457f8c

xyplot_frequencyonoise_spectrumgroup_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__c0c96b36b0d28d09473c62b512f759e6

DC Performance (PEX)

xyplot_temp-sweepi(visink)v(vdd)('tt',-2)__b4be906a43536e413e158af68407b680

xyplot_temp-sweepi(visource)v(vdd)('tt',-2)__b4be906a43536e413e158af68407b680

xyplot_temp-sweepi(visink)group_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__b4be906a43536e413e158af68407b680

xyplot_temp-sweepi(visource)group_('ff',-2),('hh',-2),('tt',-2),('ll',-2),('ss',_-2)__b4be906a43536e413e158af68407b680