BDA Analog FastSPICE (AFS) Platform
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整理：3721RD
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The Analog FastSPICE™ (AFS) Platform is the world’s fastest nanometer
circuit verification platform for analog, RF, mixed-signal, and custom
digital circuits. More than 120 companies use the AFS Platform for their
toughest circuit verification challenges, including high-speed I/O, PLLs,
ADCs/DACs, CMOS image sensors, RFICs, and embedded memory.
[linux@solaris lna]$ afs lna_dna_advisor.scs -f psfbin -o
lna_dna_advisor.psfbin -l lna_dna_advisor.log
Trying to acquire 1 AFS Nano license(s) for invocation
Checkout succeeded: BDA_NANO/0669 8689 6FAA 636F
License file: /eda/mentor/bda_root/license.lic
License Server: 1721@solaris
Acquired AFS Nano license
***************************************************************************
*******
* Version: AFS 64-bit (2014_Q2)
*
* Build date: Wed May 28 16:36:33 PDT 2014
*
* User: linux, Host: solaris.localdomain, Proc id: 1980
*
* Working Directory:
/home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna *
* OS: Linux, Machine Type: x86_64
*
*
*
* Copyright 2004-2014 Mentor Graphics Corporation
*
* All Rights Reserved.
*
*
*
* THIS WORK CONTAINS TRADE SECRET AND PROPRIETARY INFORMATION
*
* WHICH ARE THE PROPERTY OF MENTOR GRAPHICS CORPORATION OR ITS
*
* LICENSORS AND IS SUBJECT TO LICENSE TERMS.
*
***************************************************************************
*******
Job Start Time: Mon Sep 15 23:20:17 2014
***** Command-Line Options
afs lna_dna_advisor.scs -f psfbin -o lna_dna_advisor.psfbin -l
lna_dna_advisor.log
***** Memory Information
Physical Memory : 1.70 GB
Available Memory: 1015.96 MB
***** CPU Information
Model Name: Intel(R) Core(TM) i7-2600 CPU @ 3.40GHz
Processor PhysicalID CoreID Frequency(MHz)
0 0 0 3390.886
1 1 0 3390.886
2 2 0 3390.886
3 3 0 3390.886
4 4 0 3390.886
5 5 0 3390.886
6 6 0 3390.886
7 7 0 3390.886
Machine Load: 0 out of 8 processor cores busy.
SIM_WARNING[HIN274]:
/home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/SPECTREINCLUDE/q
uantity.spectre:6: The line with quantity is ignored..
SIM_WARNING[HIN274]:
/home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/SPECTREINCLUDE/q
uantity.spectre:12: The line with quantity is ignored..
SIM_WARNING[HIN274]:
/home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/SPECTREINCLUDE/q
uantity.spectre:18: The line with quantity is ignored..
SIM_WARNING[HIN274]:
/home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/SPECTREINCLUDE/q
uantity.spectre:24: The line with quantity is ignored..
SIM_WARNING[HIN274]:
/home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/SPECTREINCLUDE/q
uantity.spectre:30: The line with quantity is ignored..
Further occurrences of this warning will be suppressed.
Circuit has only 28 unmerged elements; the AFS Nano license needed has
already been acquired at invocation
SIM_WARNING[ANA307]: Multi-threading (MT) disabled; it is enabled by default
only for transient analysis alone or if accompanied by
dc/monte/alter/sweep/data analyses. To enforce multi-threading please
specify --mt/-N command-line options.
Number of processor cores (limited by system) available: 8
Number of processor cores to be used for multi-threading a single simulation
run (mt): 1
SIM_WARNING[GEN93]: No DC path to ground from node lna_inP on bsim3v31
'I2.M1', adding gmin= 1.000000e-12
SIM_WARNING[GEN93]: No DC path to ground from node lna_inN on bsim3v31
'I2.M0', adding gmin= 1.000000e-12
SIM_WARNING[GEN93]: No DC path to ground from node net22 on simple capacitor
'C8', adding gmin= 1.000000e-12
Summary of possible problems in circuit:
Open-circuit current source 0
Dangling MOS gate 0
Dangling MOS bulk 0
Dangling BJT substrate 0
Dangling controlling node 0
Dangling controlled isource 0
Non-rail bulk terminal 0
Running a single threaded (--mt 1) simulation
Circuit equation has 16 nodes 24 unknowns 28 elements
Circuit has no internal nodes in MOS elements.
Circuit inventory:
bsim3v31 6
capacitor 7
inductor 2
isource 1
port 2
resistor 4
transformer 2
vsource 4
bin parameters #resistors #merged #trimmed #dangling
1.0e+01 -> 1.0e+02 2 0 0 0
1.0e+03 -> 1.0e+04 2 0 0 0
bin parameters #capacitors #merged #trimmed #dangling
1.0e-13 -> 1.0e-12 3 0 0 0
1.0e-11 -> 1.0e-10 4 0 0 0
bin parameters #inductors #merged #trimmed #dangling
1.0e-08 -> 1.0e-07 2 0 0 0
***** Options Used
reltol=0.0001 vabstol=1e-06 iabstol=1e-12 temp=27 tnom=27 scale=1.0
gmin=1e-12 rforce=1 maxwarns=5
save=all
post
temp=27
***** Options Ignored
scalem maxnotes digits cols pivrel sensfile "../psf/sens.output"
checklimitdest psf
***** Analyses Used
dcOp dc maxiter = 150 maxsteps = 10000 annotate = status
SIM_WARNING[ANA199]:
/home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/lna_dna_advisor.
scs:92: Keyword annotate ignored.
dcOpInfo info what = oppoint where = rawfile largesignalname = dcOp
Trying to upgrade licensing by exchanging 1 AFS Nano license(s) with 1 AFS
license(s) to enable 'pss' analysis
Released AFS Nano license
All AFS Nano licenses released for upgrading to AFS license(s).
Trying to acquire the initial AFS license
Checkout succeeded: BDA_TOKEN/1D66 1B92 F835 C6EF
License file: /eda/mentor/bda_root/license.lic
License Server: 1721@solaris
Acquired AFS license
Upgrade from AFS Nano license mode to AFS license mode successful
pss pss tperiod = 4.1666666666666668e-10 nharm = 7 errpreset = conservative
tstab = 1e-08 annotate = status
SIM_WARNING[ANA199]:
/home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/lna_dna_advisor.
scs:119: Keyword annotate ignored.
designParamVals info what = parameters where = rawfile largesignalname =
dcOp
***** Info analyses Ignored
modelParameter info what = models where = rawfile largesignalname = dcOp
element info what = inst where = rawfile largesignalname = dcOp
outputParameter info what = output where = rawfile largesignalname = dcOp
primitives info what = primitives where = rawfile largesignalname = dcOp
subckts info what = subckts where = rawfile largesignalname = dcOp
***** Parsing and Setup Complete; Total Parsing Time:
Wallclock Time: 00 00:00:00
CPU Time: 00 00:00:00
**** Probe Information
7 Simple probes.
Total number of probes 7
Starting Operating Point Analysis..
reltol = 0.0001
abstol(I) = 1 pA
abstol(V) = 1 uV
temp = 27 C
tnom = 27 C
gmin = 1 pS
useabsorbedrds = no
fixtopologyresistor = 1e+12
merge = yes
postprocessmeasure = no
uselumpedmodel = 0
mt = 1
msolver = 0
msolverdc = new auto selection
maxiterationsfordc = 150
ctrim = 0
rtrim = 0
seriesmerge = OFF
remove dangling element = ON
fixdanglingnodes = 2
Starting traditional Newton Raphson..
SIM_WARNING[ANA4]: For dc analysis, traditional Newton Raphson did not
converge.
Starting allgmin stepping..
For dc analysis, allgmin stepping successful at 1.000000e-03
For dc analysis, allgmin stepping successful at 1.000000e-04
For dc analysis, allgmin stepping successful at 1.000000e-05
For dc analysis, allgmin stepping successful at 1.000000e-06
For dc analysis, allgmin stepping successful at 1.000000e-07
For dc analysis, allgmin stepping successful at 1.000000e-08
For dc analysis, allgmin stepping successful at 1.000000e-09
For dc analysis, allgmin stepping successful at 1.000000e-10
For dc analysis, allgmin stepping successful at 1.000000e-11
For dc analysis, allgmin stepping successful at 1.000000e-12
allgmin stepping finished successfully.
For DC analysis, allgmin stepping finished successfully.
***** Simulation Statistics For This Analysis:
Elapsed WallClock Time (HH:MM:SS) in Analysis: 00 00:00:00.
Elapsed WallClock Time (HH:MM:SS) in Analysis (excluding setup) : 00
00:00:00.
DC: Time in Analysis: 00 00:00:00.
Number of TimeSteps: 0.
Current Process Resident Memory (KB): 38472
Operating Point Analysis finished successfully.
Starting Info Analysis..
Info Analysis finished successfully.
Starting Periodic Steady State Analysis..
fund = 2.40 GHz
npoints = 200
tstart = 0 s
tstab = 10 ns
skipdc = no
reltol = 1e-05
abstol(I) = 1 pA
abstol(V) = 1 uV
temp = 27 C
tnom = 27 C
errpreset = conservative
***** For DC analysis, traditional Newton Raphson finished successfully.
***** DC Analysis Complete: DC Time (00 00:00:00)
DC CPU Time: 00 00:00:00
Trying step 1 during PSS analysis..
---------------------
Autoselected Solver 0
---------------------
Running transient from 0.000000e+00 to 1.000000e-08.
....10....20....30....40....50....60....70....80....90....100
Tstab transient has 2.400e+01 cycles of fund = 2.400e+09 Hz, took elapsed
time = 1.139e-01 and cpu time = 3.200e-02
---------------------
Autoselected Solver 0
---------------------
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
---------------------
Autoselected Solver 0
---------------------
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(V6#branch)= +1.95835e-07 converge norm= 2.1e+03
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +0.000364319 converge norm= 77
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +5.41632e-05 converge norm= 11
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.000364482 converge norm= 77
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +0.000143431 converge norm= 30
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.000146207 converge norm= 31
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.000231284 converge norm= 49
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +0.000361367 converge norm= 76
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +0.000168221 converge norm= 36
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +8.20194e-05 converge norm= 17
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.00052237 converge norm= 1.1e+02
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net22)= +0.000934523 converge norm= 2e+02
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net22)= +0.000134688 converge norm= 29
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.00070648 converge norm= 1.5e+02
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +0.00018001 converge norm= 38
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.000355518 converge norm= 75
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net22)= +0.000534548 converge norm= 1.1e+02
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.000742961 converge norm= 1.6e+02
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +0.00028541 converge norm= 60
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net22)= +0.000594933 converge norm= 1.3e+02
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.000661804 converge norm= 1.4e+02
residue(V4#branch)= -1.73264e-14 converge norm= 0.0015
***** Simulation Statistics For This Analysis:
Elapsed WallClock Time (HH:MM:SS) in Analysis: 00 00:00:00.
Elapsed WallClock Time (HH:MM:SS) in Analysis (excluding setup) : 00
00:00:00.
DC: Time in Analysis: 00 00:00:00.
Number of TimeSteps: 202.
Current Process Resident Memory (KB): 41108
Periodic Steady State Analysis finished successfully.
Info Analysis finished successfully.
List of Suppressed Messages ([message id]: count (last suppressed message):
[HIN274]: 4
(/home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/SPECTREINCLUDE/
quantity.spectre:54: The line with quantity is ignored..)
Machine Load: 0 out of 8 processor cores busy.
******** SIMULATION finished with 0 error(s) and 16 warning(s) ********
***** Acquiring a License Time: 0 00:00:00
Job Start Time: Mon Sep 15 23:20:17 2014
Job End Time: Mon Sep 15 23:20:19 2014
Elapsed time: 0 00:00:02
Released AFS license
[linux@solaris lna]$
circuit verification platform for analog, RF, mixed-signal, and custom
digital circuits. More than 120 companies use the AFS Platform for their
toughest circuit verification challenges, including high-speed I/O, PLLs,
ADCs/DACs, CMOS image sensors, RFICs, and embedded memory.
[linux@solaris lna]$ afs lna_dna_advisor.scs -f psfbin -o
lna_dna_advisor.psfbin -l lna_dna_advisor.log
Trying to acquire 1 AFS Nano license(s) for invocation
Checkout succeeded: BDA_NANO/0669 8689 6FAA 636F
License file: /eda/mentor/bda_root/license.lic
License Server: 1721@solaris
Acquired AFS Nano license
***************************************************************************
*******
* Version: AFS 64-bit (2014_Q2)
*
* Build date: Wed May 28 16:36:33 PDT 2014
*
* User: linux, Host: solaris.localdomain, Proc id: 1980
*
* Working Directory:
/home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna *
* OS: Linux, Machine Type: x86_64
*
*
*
* Copyright 2004-2014 Mentor Graphics Corporation
*
* All Rights Reserved.
*
*
*
* THIS WORK CONTAINS TRADE SECRET AND PROPRIETARY INFORMATION
*
* WHICH ARE THE PROPERTY OF MENTOR GRAPHICS CORPORATION OR ITS
*
* LICENSORS AND IS SUBJECT TO LICENSE TERMS.
*
***************************************************************************
*******
Job Start Time: Mon Sep 15 23:20:17 2014
***** Command-Line Options
afs lna_dna_advisor.scs -f psfbin -o lna_dna_advisor.psfbin -l
lna_dna_advisor.log
***** Memory Information
Physical Memory : 1.70 GB
Available Memory: 1015.96 MB
***** CPU Information
Model Name: Intel(R) Core(TM) i7-2600 CPU @ 3.40GHz
Processor PhysicalID CoreID Frequency(MHz)
0 0 0 3390.886
1 1 0 3390.886
2 2 0 3390.886
3 3 0 3390.886
4 4 0 3390.886
5 5 0 3390.886
6 6 0 3390.886
7 7 0 3390.886
Machine Load: 0 out of 8 processor cores busy.
SIM_WARNING[HIN274]:
/home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/SPECTREINCLUDE/q
uantity.spectre:6: The line with quantity is ignored..
SIM_WARNING[HIN274]:
/home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/SPECTREINCLUDE/q
uantity.spectre:12: The line with quantity is ignored..
SIM_WARNING[HIN274]:
/home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/SPECTREINCLUDE/q
uantity.spectre:18: The line with quantity is ignored..
SIM_WARNING[HIN274]:
/home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/SPECTREINCLUDE/q
uantity.spectre:24: The line with quantity is ignored..
SIM_WARNING[HIN274]:
/home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/SPECTREINCLUDE/q
uantity.spectre:30: The line with quantity is ignored..
Further occurrences of this warning will be suppressed.
Circuit has only 28 unmerged elements; the AFS Nano license needed has
already been acquired at invocation
SIM_WARNING[ANA307]: Multi-threading (MT) disabled; it is enabled by default
only for transient analysis alone or if accompanied by
dc/monte/alter/sweep/data analyses. To enforce multi-threading please
specify --mt/-N command-line options.
Number of processor cores (limited by system) available: 8
Number of processor cores to be used for multi-threading a single simulation
run (mt): 1
SIM_WARNING[GEN93]: No DC path to ground from node lna_inP on bsim3v31
'I2.M1', adding gmin= 1.000000e-12
SIM_WARNING[GEN93]: No DC path to ground from node lna_inN on bsim3v31
'I2.M0', adding gmin= 1.000000e-12
SIM_WARNING[GEN93]: No DC path to ground from node net22 on simple capacitor
'C8', adding gmin= 1.000000e-12
Summary of possible problems in circuit:
Open-circuit current source 0
Dangling MOS gate 0
Dangling MOS bulk 0
Dangling BJT substrate 0
Dangling controlling node 0
Dangling controlled isource 0
Non-rail bulk terminal 0
Running a single threaded (--mt 1) simulation
Circuit equation has 16 nodes 24 unknowns 28 elements
Circuit has no internal nodes in MOS elements.
Circuit inventory:
bsim3v31 6
capacitor 7
inductor 2
isource 1
port 2
resistor 4
transformer 2
vsource 4
bin parameters #resistors #merged #trimmed #dangling
1.0e+01 -> 1.0e+02 2 0 0 0
1.0e+03 -> 1.0e+04 2 0 0 0
bin parameters #capacitors #merged #trimmed #dangling
1.0e-13 -> 1.0e-12 3 0 0 0
1.0e-11 -> 1.0e-10 4 0 0 0
bin parameters #inductors #merged #trimmed #dangling
1.0e-08 -> 1.0e-07 2 0 0 0
***** Options Used
reltol=0.0001 vabstol=1e-06 iabstol=1e-12 temp=27 tnom=27 scale=1.0
gmin=1e-12 rforce=1 maxwarns=5
save=all
post
temp=27
***** Options Ignored
scalem maxnotes digits cols pivrel sensfile "../psf/sens.output"
checklimitdest psf
***** Analyses Used
dcOp dc maxiter = 150 maxsteps = 10000 annotate = status
SIM_WARNING[ANA199]:
/home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/lna_dna_advisor.
scs:92: Keyword annotate ignored.
dcOpInfo info what = oppoint where = rawfile largesignalname = dcOp
Trying to upgrade licensing by exchanging 1 AFS Nano license(s) with 1 AFS
license(s) to enable 'pss' analysis
Released AFS Nano license
All AFS Nano licenses released for upgrading to AFS license(s).
Trying to acquire the initial AFS license
Checkout succeeded: BDA_TOKEN/1D66 1B92 F835 C6EF
License file: /eda/mentor/bda_root/license.lic
License Server: 1721@solaris
Acquired AFS license
Upgrade from AFS Nano license mode to AFS license mode successful
pss pss tperiod = 4.1666666666666668e-10 nharm = 7 errpreset = conservative
tstab = 1e-08 annotate = status
SIM_WARNING[ANA199]:
/home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/lna_dna_advisor.
scs:119: Keyword annotate ignored.
designParamVals info what = parameters where = rawfile largesignalname =
dcOp
***** Info analyses Ignored
modelParameter info what = models where = rawfile largesignalname = dcOp
element info what = inst where = rawfile largesignalname = dcOp
outputParameter info what = output where = rawfile largesignalname = dcOp
primitives info what = primitives where = rawfile largesignalname = dcOp
subckts info what = subckts where = rawfile largesignalname = dcOp
***** Parsing and Setup Complete; Total Parsing Time:
Wallclock Time: 00 00:00:00
CPU Time: 00 00:00:00
**** Probe Information
7 Simple probes.
Total number of probes 7
Starting Operating Point Analysis..
reltol = 0.0001
abstol(I) = 1 pA
abstol(V) = 1 uV
temp = 27 C
tnom = 27 C
gmin = 1 pS
useabsorbedrds = no
fixtopologyresistor = 1e+12
merge = yes
postprocessmeasure = no
uselumpedmodel = 0
mt = 1
msolver = 0
msolverdc = new auto selection
maxiterationsfordc = 150
ctrim = 0
rtrim = 0
seriesmerge = OFF
remove dangling element = ON
fixdanglingnodes = 2
Starting traditional Newton Raphson..
SIM_WARNING[ANA4]: For dc analysis, traditional Newton Raphson did not
converge.
Starting allgmin stepping..
For dc analysis, allgmin stepping successful at 1.000000e-03
For dc analysis, allgmin stepping successful at 1.000000e-04
For dc analysis, allgmin stepping successful at 1.000000e-05
For dc analysis, allgmin stepping successful at 1.000000e-06
For dc analysis, allgmin stepping successful at 1.000000e-07
For dc analysis, allgmin stepping successful at 1.000000e-08
For dc analysis, allgmin stepping successful at 1.000000e-09
For dc analysis, allgmin stepping successful at 1.000000e-10
For dc analysis, allgmin stepping successful at 1.000000e-11
For dc analysis, allgmin stepping successful at 1.000000e-12
allgmin stepping finished successfully.
For DC analysis, allgmin stepping finished successfully.
***** Simulation Statistics For This Analysis:
Elapsed WallClock Time (HH:MM:SS) in Analysis: 00 00:00:00.
Elapsed WallClock Time (HH:MM:SS) in Analysis (excluding setup) : 00
00:00:00.
DC: Time in Analysis: 00 00:00:00.
Number of TimeSteps: 0.
Current Process Resident Memory (KB): 38472
Operating Point Analysis finished successfully.
Starting Info Analysis..
Info Analysis finished successfully.
Starting Periodic Steady State Analysis..
fund = 2.40 GHz
npoints = 200
tstart = 0 s
tstab = 10 ns
skipdc = no
reltol = 1e-05
abstol(I) = 1 pA
abstol(V) = 1 uV
temp = 27 C
tnom = 27 C
errpreset = conservative
***** For DC analysis, traditional Newton Raphson finished successfully.
***** DC Analysis Complete: DC Time (00 00:00:00)
DC CPU Time: 00 00:00:00
Trying step 1 during PSS analysis..
---------------------
Autoselected Solver 0
---------------------
Running transient from 0.000000e+00 to 1.000000e-08.
....10....20....30....40....50....60....70....80....90....100
Tstab transient has 2.400e+01 cycles of fund = 2.400e+09 Hz, took elapsed
time = 1.139e-01 and cpu time = 3.200e-02
---------------------
Autoselected Solver 0
---------------------
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
---------------------
Autoselected Solver 0
---------------------
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(V6#branch)= +1.95835e-07 converge norm= 2.1e+03
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +0.000364319 converge norm= 77
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +5.41632e-05 converge norm= 11
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.000364482 converge norm= 77
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +0.000143431 converge norm= 30
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.000146207 converge norm= 31
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.000231284 converge norm= 49
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +0.000361367 converge norm= 76
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +0.000168221 converge norm= 36
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +8.20194e-05 converge norm= 17
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.00052237 converge norm= 1.1e+02
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net22)= +0.000934523 converge norm= 2e+02
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net22)= +0.000134688 converge norm= 29
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.00070648 converge norm= 1.5e+02
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +0.00018001 converge norm= 38
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.000355518 converge norm= 75
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net22)= +0.000534548 converge norm= 1.1e+02
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.000742961 converge norm= 1.6e+02
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +0.00028541 converge norm= 60
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net22)= +0.000594933 converge norm= 1.3e+02
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.000661804 converge norm= 1.4e+02
residue(V4#branch)= -1.73264e-14 converge norm= 0.0015
***** Simulation Statistics For This Analysis:
Elapsed WallClock Time (HH:MM:SS) in Analysis: 00 00:00:00.
Elapsed WallClock Time (HH:MM:SS) in Analysis (excluding setup) : 00
00:00:00.
DC: Time in Analysis: 00 00:00:00.
Number of TimeSteps: 202.
Current Process Resident Memory (KB): 41108
Periodic Steady State Analysis finished successfully.
Info Analysis finished successfully.
List of Suppressed Messages ([message id]: count (last suppressed message):
[HIN274]: 4
(/home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/SPECTREINCLUDE/
quantity.spectre:54: The line with quantity is ignored..)
Machine Load: 0 out of 8 processor cores busy.
******** SIMULATION finished with 0 error(s) and 16 warning(s) ********
***** Acquiring a License Time: 0 00:00:00
Job Start Time: Mon Sep 15 23:20:17 2014
Job End Time: Mon Sep 15 23:20:19 2014
Elapsed time: 0 00:00:02
Released AFS license
[linux@solaris lna]$