Cadence (R) Virtuoso (R) Spectre (R) Circuit Simulator
Version 15.1.0.801.isr17 64bit -- 19 Apr 2017
Copyright (C) 1989-2017 Cadence Design Systems, Inc. All rights reserved worldwide. Cadence, Virtuoso and Spectre are registered trademarks of Cadence Design Systems, Inc. All others are the property of their respective holders.

Includes RSA BSAFE(R) Cryptographic or Security Protocol Software from RSA Security, Inc.

User: yafimv   Host: micron.eng.tau.ac.il   HostID: 428454C2   PID: 30565
Memory  available: 19.0585 GB  physical: 33.6702 GB
Linux   : Red Hat Enterprise Linux Server release 6.9 (Santiago)
CPU Type: Intel(R) Xeon(R) CPU           E5420  @ 2.50GHz
All processors running at 1998.0 MHz
        Socket: Processors
        0:       0,  2,  4,  6
        1:       1,  3,  5,  7
        
System load averages (1min, 5min, 15min) : 0.2 %, 0.9 %, 0.2 %


Simulating `input.scs' on micron.eng.tau.ac.il at 2:15:44 AM, Sun Feb 17, 2019 (process id: 30565).
Current working directory: /data.cc/data/a/home/cc/students/enginer/yafimv/simulation/ex5_total/spectre/schematic/netlist
Command line:
    /eda_disk/cadence/tools/MMSIM/151/tools/bin/spectre -64 input.scs  \
        +escchars +log ../psf/spectre.out +inter=mpsc  \
        +mpssession=spectre0_26908_2 -format psfxl -raw ../psf  \
        +lqtimeout 900 -maxw 5 -maxn 5
spectre pid = 30565

Loading /eda_disk/cadence/tools/MMSIM/151/tools.lnx86/cmi/lib/64bit/5.0/libinfineon_sh.so ...
Loading /eda_disk/cadence/tools/MMSIM/151/tools.lnx86/cmi/lib/64bit/5.0/libphilips_o_sh.so ...
Loading /eda_disk/cadence/tools/MMSIM/151/tools.lnx86/cmi/lib/64bit/5.0/libphilips_sh.so ...
Loading /eda_disk/cadence/tools/MMSIM/151/tools.lnx86/cmi/lib/64bit/5.0/libsparam_sh.so ...
Loading /eda_disk/cadence/tools/MMSIM/151/tools.lnx86/cmi/lib/64bit/5.0/libstmodels_sh.so ...
Reading file:  /data.cc/data/a/home/cc/students/enginer/yafimv/simulation/ex5_total/spectre/schematic/netlist/input.scs
Reading file:  /eda_disk/cadence/tools/MMSIM/151/tools.lnx86/spectre/etc/configs/spectre.cfg
Reading file:  /eda_disk/cadence/tools/MMSIM/151/tools.lnx86/spectre/etc/configs/mapsubckt.cfg
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_25IO_NVT_V021.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_25IO_NVT_V021.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_25IO_V111.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_25IO_V111.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_NCAP25_V113.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_NCAP25_V113.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_varmis_25_rf_V011.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_varmis_25_rf_V011.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_33IO_GOX52_VT21.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_33IO_GOX52_VT21.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_25IO_RF_V021.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_25IO_RF_V021.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90-resistor-control-V041.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_res.va
Reading link:  /eda_disk/cadence/tools/MMSIM/151/tools.lnx86/spectre/etc/ahdl/constants.h
Reading file:  /eda_disk/cadence/tools/MMSIM/151/tools.lnx86/spectre/etc/ahdl/constants.vams
Reading link:  /eda_disk/cadence/tools/MMSIM/151/tools.lnx86/spectre/etc/ahdl/discipline.h
Reading file:  /eda_disk/cadence/tools/MMSIM/151/tools.lnx86/spectre/etc/ahdl/disciplines.vams
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_r_ppo_V031.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_r_ppo_V031.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_r_npo_V031.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_r_npo_V031.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_rnhr_V031.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_rnhr_V031.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_rsnwell_V031.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_rsnwell_V031.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_r_nd_V031.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_r_nd_V031.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_r_pd_V031.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_r_pd_V031.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_r_metal_V011.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_r_metal_V011.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_BJT_V111.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_BJT_V111.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_DIODE_V101.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_LL12_RF_V021.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_LL12_RF_V021.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_LLLVT12_RF_VTAB.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_LLLVT12_RF_VTAB.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_LL12_V102.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_LL12_V102.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_LLHVT12_V101.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_LLHVT12_V101.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_LLLVT12_V102.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_LLLVT12_V102.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_LLNVT12_V011.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_LLNVT12_V011.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90SP_NCAP10_V112.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90SP_NCAP10_V112.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_NCAP12_LL_V102.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_NCAP12_LL_V102.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_SP10_V061.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_SP10_V061.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_SPHVT10_V111.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_SPHVT10_V111.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_SPLVT10_V102.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_SPLVT10_V102.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_SPNVT10_V011.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_SPNVT10_V011.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_mimcaps_20f_kf_V011.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_mimcaps_20f_kf_V011.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_momcaps_V041.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_momcaps_V041.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_vardiop_rf_v011.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_vardiop_rf_v011.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_varmis_12_llrf_V021.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_varmis_12_llrf_V021.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/momcaps_array_vp3_rfvcl_V011.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/momcaps_array_vp3_rfvcl_V011.typ.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/momcaps_array_vp4_rfvcl_V011.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/momcaps_array_vp4_rfvcl_V011.typ.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/rnhr_rf_V011.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/rnhr_rf_V011.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/res_poly.va
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/rnnpo_rf_V011.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/rnnpo_rf_V011.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/rnppo_rf_V011.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/rnppo_rf_V011.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_varmis_10_sprf_V011.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_varmis_10_sprf_V011.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/bond_pad_v011.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/bond_pad_v011.mdl.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_SP10_RF_V021.lib.scs
Reading file:  /eda_disk/pdks/UMC/UMC90nm/Models/Spectre/L90_SP10_RF_V021.mdl.scs
Time for NDB Parsing: CPU = 210.967 ms, elapsed = 374.067 ms.
Time accumulated: CPU = 243.961 ms, elapsed = 374.078 ms.
Peak resident memory used = 45.4 Mbytes.


The CPU load for active processors is :
        Spectre  0 (57.9 %)      1 (5.4 %)       2 (2.6 %)       3 (2.7 %)
                 4 (10.5 %)      5 (5.4 %)       6 (5.4 %)       7 (5.6 %)
        Other   

Warning from spectre during circuit read-in.
    WARNING (SFE-2654): VerilogA module `respoly_va' override primitive/(verilogA module) `respoly_va'.
    WARNING (SFE-2654): VerilogA module `respoly_va' override primitive/(verilogA module) `respoly_va'.
Warning from spectre during hierarchy flattening.
    WARNING (SFE-1131): Duplicate scope option `tnom' with scope `TopCircuit'. (using last value specified).

Time for Elaboration: CPU = 75.989 ms, elapsed = 78.5899 ms.
Time accumulated: CPU = 319.95 ms, elapsed = 452.946 ms.
Peak resident memory used = 54 Mbytes.

Time for EDB Visiting: CPU = 3 ms, elapsed = 2.94399 ms.
Time accumulated: CPU = 323.95 ms, elapsed = 456.186 ms.
Peak resident memory used = 54.8 Mbytes.


Global user options:
             reltol = 0.001
            vabstol = 1e-06
            iabstol = 1e-12
               temp = 27
               gmin = 1e-12
             rforce = 1
           maxnotes = 5
           maxwarns = 5
             digits = 5
               cols = 80
             pivrel = 0.001
           sensfile = ../psf/sens.output
     checklimitdest = psf
               save = allpub
               tnom = 25
               tnom = 27
             scalem = 1
              scale = 1

Scoped user options:

Circuit inventory:
              nodes 54
              bsim4 13    
          capacitor 79    
              diode 4     
           inductor 12    
           resistor 35    
            vsource 12    

Analysis and control statement inventory:
                 hb 1     
               info 6     

Output statements:
             .probe 0     
           .measure 0     
               save 0     

Time for parsing: CPU = 4.999 ms, elapsed = 5.30481 ms.
Time accumulated: CPU = 328.949 ms, elapsed = 461.683 ms.
Peak resident memory used = 56.3 Mbytes.

~~~~~~~~~~~~~~~~~~~~~~
Pre-Simulation Summary
~~~~~~~~~~~~~~~~~~~~~~
~~~~~~~~~~~~~~~~~~~~~~
Entering remote command mode using MPSC service (spectre, ipi, v0.0, spectre0_26908_2, ).

Warning from spectre.
    WARNING (SPECTRE-16707): Only tran supports psfxl format, result of other analyses will be in psfbin format.

Fundamental 0 in fundfreqs:  period = 303.03 ps, freq = 3.3 GHz, harms = 5, oversample = 1.
Fundamental 1 in fundfreqs:  period = 150.15 ps, freq = 6.66 GHz, harms = 5, oversample = 1.

****************************************************************
Harmonic Balance Steady State Analysis `hb': largefund = 3.3 GHz
****************************************************************

Notice from spectre during IC analysis, during periodic steady state analysis, during Harmonic Balance Steady State Analysis `hb'.
    There are 4 IC nodes defined.

Trying `homotopy = gmin' for initial conditions.

Notice from spectre during IC analysis, during periodic steady state analysis, during Harmonic Balance Steady State Analysis `hb'.
    Initial condition computed for node out_p is in error by 30.4441 mV (30.4441 %).
    Initial condition computed for node out_n is in error by 33.2117 mV.
    Initial condition computed for node out_n2 is in error by 62.1781 mV.
    Initial condition computed for node out_p2 is in error by 56.9966 mV (56.9966 %).
        Decrease `rforce' to reduce error in computed initial conditions.  However, setting rforce too small may result in convergence difficulties or in the matrix becoming singular.

DC simulation time: CPU = 23.996 ms, elapsed = 24.724 ms.

================================
`hb': time = (0 s -> 15.1515 ns)
================================

Output and IC/nodeset summary:
                 ic     4       

Important parameter values in tstab integration:
    start = 0 s
    outputstart = 0 s
    stop = 15.1515 ns
    step = 15.1515 ps
    maxstep = 3.0303 ps
    ic = all
    useprevic = no
    skipdc = no
    reltol = 1e-03
    abstol(V) = 1 uV
    abstol(I) = 1 pA
    temp = 27 C
    tnom = 27 C
    tempeffects = all
    method = gear2only
    lteratio = 3.5
    relref = sigglobal
    cmin = 0 F
    gmin = 1 pS

    hb: time = 380.4 ps    (2.51 %), step = 3.03 ps       (20 m%)

Warning from spectre at time = 913.048 ps during periodic steady state analysis, during Harmonic Balance Steady State Analysis `hb'.
    WARNING (SPECTRE-16780): LTE tolerance was temporarily relaxed to step over a discontinuity in the signal: net09.

    hb: time = 1.138 ns    (7.51 %), step = 3.03 ps       (20 m%)
    hb: time = 1.896 ns    (12.5 %), step = 3.03 ps       (20 m%)
    hb: time = 2.653 ns    (17.5 %), step = 3.03 ps       (20 m%)
    hb: time = 3.411 ns    (22.5 %), step = 3.03 ps       (20 m%)
    hb: time = 4.169 ns    (27.5 %), step = 3.03 ps       (20 m%)
    hb: time = 4.926 ns    (32.5 %), step = 3.03 ps       (20 m%)
    hb: time = 5.684 ns    (37.5 %), step = 3.03 ps       (20 m%)
    hb: time = 6.441 ns    (42.5 %), step = 3.03 ps       (20 m%)
    hb: time = 7.199 ns    (47.5 %), step = 3.03 ps       (20 m%)
    hb: time = 7.956 ns    (52.5 %), step = 3.03 ps       (20 m%)
    hb: time = 8.714 ns    (57.5 %), step = 3.03 ps       (20 m%)
    hb: time = 9.472 ns    (62.5 %), step = 3.03 ps       (20 m%)
    hb: time = 10.23 ns    (67.5 %), step = 3.03 ps       (20 m%)
    hb: time = 10.99 ns    (72.5 %), step = 3.03 ps       (20 m%)
    hb: time = 11.74 ns    (77.5 %), step = 3.03 ps       (20 m%)
    hb: time = 12.5 ns     (82.5 %), step = 3.03 ps       (20 m%)
    hb: time = 13.26 ns    (87.5 %), step = 3.03 ps       (20 m%)
    hb: time = 14.02 ns    (92.5 %), step = 3.03 ps       (20 m%)
    hb: time = 14.77 ns    (97.5 %), step = 3.03 ps       (20 m%)
Automatically increase tstab for better initial solution.

Warning from spectre at time = 30.303 ns during periodic steady state analysis, during Harmonic Balance Steady State Analysis `hb'.
    WARNING (SPCRTRF-15310): Steady-state has not been detected after 30.303 ns. 
        If the circuit does not converge, set a longer transient stop time manually.


=====================================
`hb': time = (30.303 ns -> 30.606 ns)
=====================================

Output and IC/nodeset summary:
                 ic     4       

    hb: time = 30.31 ns    (2.76 %), step = 1.112 ps     (367 m%)
    hb: time = 30.33 ns    (7.76 %), step = 1.515 ps     (500 m%)
    hb: time = 30.34 ns    (12.8 %), step = 1.515 ps     (500 m%)
    hb: time = 30.36 ns    (17.8 %), step = 1.515 ps     (500 m%)
    hb: time = 30.37 ns    (22.8 %), step = 1.515 ps     (500 m%)
    hb: time = 30.39 ns    (27.8 %), step = 1.515 ps     (500 m%)
    hb: time = 30.4 ns     (32.8 %), step = 1.515 ps     (500 m%)
    hb: time = 30.42 ns    (37.8 %), step = 1.515 ps     (500 m%)
    hb: time = 30.43 ns    (42.8 %), step = 1.515 ps     (500 m%)
    hb: time = 30.45 ns    (47.8 %), step = 1.515 ps     (500 m%)
    hb: time = 30.46 ns    (52.6 %), step = 979.5 fs     (323 m%)
    hb: time = 30.48 ns    (57.6 %), step = 1.515 ps     (500 m%)
    hb: time = 30.49 ns    (62.6 %), step = 1.515 ps     (500 m%)
    hb: time = 30.51 ns    (67.6 %), step = 1.515 ps     (500 m%)
    hb: time = 30.52 ns    (72.6 %), step = 1.515 ps     (500 m%)
    hb: time = 30.54 ns    (77.6 %), step = 1.515 ps     (500 m%)
    hb: time = 30.55 ns    (82.6 %), step = 1.515 ps     (500 m%)
    hb: time = 30.57 ns    (87.6 %), step = 1.515 ps     (500 m%)
    hb: time = 30.58 ns    (92.6 %), step = 1.515 ps     (500 m%)
    hb: time = 30.6 ns     (97.6 %), step = 1.515 ps     (500 m%)

Notice from spectre during Harmonic Balance Steady State Analysis `hb'.
    Auto harmonic calculation has chosen 67 harmonics for tone-1.


==============================
     Harmonic balance
  hbhomotopy=tone (1-tone)
==============================
Important HB parameters:
    RelTol=1.00e-04
    abstol(I)=1.00e-12 A
    abstol(V)=1.00e-06 V
    residualtol=1.00e+00
    lteratio=3.50e+00
    steadyratio=1.00e+00
    maxperiods=100


********** initial residual **********
Resd Norm=3.19e+02  at node I3.M4:int_g  harm=(67 0)

********** iter = 1 **********
Delta Norm=9.88e+02  at node I2.V0:p  harm=(0 0)
Resd Norm=3.32e+03  at node I3.M3:int_d  harm=(0 0)

********** iter = 2 **********
Delta Norm=5.13e+02  at node I3.V2:p  harm=(3 0)
Resd Norm=3.01e+03  at node I3.M4:int_g  harm=(0 0)

********** iter = 3 **********
Delta Norm=2.63e+02  at node I3.V1:p  harm=(1 0)
Resd Norm=3.43e+03  at node I3.M4:int_g  harm=(0 0)

********** iter = 4 **********
Delta Norm=1.92e+02  at node I3.C4.ls1:1  harm=(2 0)
Resd Norm=3.39e+03  at node I3.M4:int_g  harm=(0 0)

********** iter = 5 **********
Delta Norm=4.76e+02  at node I3.C4.ls1:1  harm=(2 0)
Resd Norm=3.43e+03  at node I3.M4:int_g  harm=(0 0)

********** iter = 6 **********

Warning from spectre during Harmonic Balance Steady State Analysis `hb'.
    WARNING (CMI-2682): I0.M3: The bulk-drain junction forward bias voltage (1.76255 V) exceeds `VjdmFwd' = 951.351 mV.  The results are now incorrect because the junction current model has been linearized
Notice from spectre during Harmonic Balance Steady State Analysis `hb'.
    I0.M3: The bulk-drain junction returns to normal bias condition
Warning from spectre during Harmonic Balance Steady State Analysis `hb'.
    WARNING (CMI-2682): I0.M4: The bulk-drain junction forward bias voltage (1.03004 V) exceeds `VjdmFwd' = 951.351 mV.  The results are now incorrect because the junction current model has been linearized
Notice from spectre during Harmonic Balance Steady State Analysis `hb'.
    I0.M4: The bulk-drain junction returns to normal bias condition
Warning from spectre during Harmonic Balance Steady State Analysis `hb'.
    WARNING (CMI-2682): I0.M3: The bulk-drain junction forward bias voltage (1.03829 V) exceeds `VjdmFwd' = 951.351 mV.  The results are now incorrect because the junction current model has been linearized

Damping Factor is 0.1 
Delta Norm=2.05e+03  at node I0.V2:p  harm=(2 0)
Resd Norm=3.43e+03  at node I3.M4:int_g  harm=(0 0)

********** iter = 7 **********
Delta Norm=4.86e+02  at node I3.C4.ls:1  harm=(2 0)
Resd Norm=3.44e+03  at node I3.M4:int_g  harm=(0 0)

********** iter = 8 **********
Delta Norm=9.52e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=1.97e+03  at node I0.M4:int_g  harm=(7 0)

********** iter = 9 **********
Delta Norm=8.50e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=1.54e+03  at node I0.M3:int_g  harm=(7 0)

********** iter = 10 **********
Damping Factor is 0.2 
Delta Norm=3.41e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=1.10e+03  at node I0.M3:int_g  harm=(7 0)

********** iter = 11 **********
Damping Factor is 0.1 
Delta Norm=6.25e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=8.89e+02  at node I0.M3:int_g  harm=(10 0)

********** iter = 12 **********

Warning from spectre during Harmonic Balance Steady State Analysis `hb'.
    WARNING (CMI-2682): I0.M3: The bulk-drain junction forward bias voltage (951.82 mV) exceeds `VjdmFwd' = 951.351 mV.  The results are now incorrect because the junction current model has been linearized
Notice from spectre during Harmonic Balance Steady State Analysis `hb'.
    I0.M3: The bulk-drain junction returns to normal bias condition
Warning from spectre during Harmonic Balance Steady State Analysis `hb'.
    WARNING (CMI-2682): I0.M4: The bulk-drain junction forward bias voltage (951.861 mV) exceeds `VjdmFwd' = 951.351 mV.  The results are now incorrect because the junction current model has been linearized
        Further occurrences of this warning will be suppressed.
Notice from spectre during Harmonic Balance Steady State Analysis `hb'.
    I0.M4: The bulk-drain junction returns to normal bias condition

Damping Factor is 0.1 
Delta Norm=9.76e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=1.48e+03  at node I0.M3:int_g  harm=(4 0)

********** iter = 13 **********
Delta Norm=3.87e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=8.05e+02  at node I0.M4:int_g  harm=(7 0)

********** iter = 14 **********
Delta Norm=9.75e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=8.10e+02  at node I0.M4:int_g  harm=(11 0)

********** iter = 15 **********
Delta Norm=7.44e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=6.27e+02  at node I0.M4:int_g  harm=(6 0)

********** iter = 16 **********
Damping Factor is 0.1 
Delta Norm=2.25e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=5.31e+02  at node I0.M4:int_g  harm=(6 0)

********** iter = 17 **********
Damping Factor is 0.1 
Delta Norm=5.07e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=5.07e+02  at node I0.M3:int_s  harm=(0 0)

********** iter = 18 **********

Notice from spectre during Harmonic Balance Steady State Analysis `hb'.
    I0.M4: The bulk-drain junction returns to normal bias condition
        Further occurrences of this notice will be suppressed.

Damping Factor is 0.1 
Delta Norm=2.21e+03  at node I0.V1:p  harm=(2 0)
Resd Norm=3.65e+03  at node I0.M4:int_s  harm=(3 0)

********** iter = 19 **********
Delta Norm=7.50e+02  at node V0:p  harm=(4 0)
Resd Norm=1.54e+03  at node I0.M3:int_g  harm=(4 0)

********** iter = 20 **********
Delta Norm=5.62e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=1.95e+03  at node I0.M4:int_s  harm=(1 0)

********** iter = 21 **********
Damping Factor is 0.5 
Delta Norm=3.81e+02  at node I0.C3.ls:1  harm=(1 0)
Resd Norm=9.36e+02  at node I0.M4:int_s  harm=(2 0)

********** iter = 22 **********
Delta Norm=2.99e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.97e+02  at node I0.M3:int_g  harm=(6 0)

********** iter = 23 **********
Damping Factor is 0.1 
Delta Norm=4.59e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.59e+02  at node I0.M3:int_g  harm=(6 0)

********** iter = 24 **********
Damping Factor is 0.1 
Delta Norm=3.48e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.03e+02  at node I0.M3:int_g  harm=(6 0)

********** iter = 25 **********
Damping Factor is 0.1 
Delta Norm=4.68e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.44e+02  at node I0.M4:int_s  harm=(0 0)

********** iter = 26 **********
Damping Factor is 0.1 
Delta Norm=4.91e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=5.42e+02  at node I0.M4:int_s  harm=(0 0)

********** iter = 27 **********
Delta Norm=2.44e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.22e+02  at node I0.M4:int_g  harm=(2 0)

********** iter = 28 **********
Damping Factor is 0.1 
Delta Norm=5.61e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.75e+02  at node I0.M4:int_g  harm=(4 0)

********** iter = 29 **********
Damping Factor is 0.1 
Delta Norm=1.44e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.37e+02  at node I0.M4:int_g  harm=(4 0)

********** iter = 30 **********
Damping Factor is 0.1 
Delta Norm=1.78e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.05e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 31 **********
Damping Factor is 0.1 
Delta Norm=2.29e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.94e+02  at node I0.M3:int_s  harm=(2 0)

********** iter = 32 **********
Damping Factor is 0.1 
Delta Norm=3.22e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.13e+02  at node I0.M3:int_s  harm=(2 0)

********** iter = 33 **********
Damping Factor is 0.1 
Delta Norm=5.24e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.93e+02  at node I0.M3:int_s  harm=(2 0)

********** iter = 34 **********
Delta Norm=1.23e+02  at node I0.V2:p  harm=(2 0)
Resd Norm=3.09e+02  at node I0.M3:int_s  harm=(0 0)

********** iter = 35 **********
Damping Factor is 0.1 
Delta Norm=2.26e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.07e+02  at node I0.M3:int_s  harm=(0 0)

********** iter = 36 **********
Damping Factor is 0.1 
Delta Norm=4.67e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.09e+02  at node I0.M3:int_s  harm=(0 0)

********** iter = 37 **********
Damping Factor is 0.1 
Delta Norm=2.12e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.02e+02  at node I0.M3:int_s  harm=(0 0)

********** iter = 38 **********
Damping Factor is 0.1 
Delta Norm=2.33e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.02e+02  at node I0.M3:int_s  harm=(0 0)

********** iter = 39 **********
Damping Factor is 0.1 
Delta Norm=2.53e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.10e+02  at node I0.M3:int_s  harm=(0 0)

********** iter = 40 **********
Delta Norm=2.74e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.90e+02  at node I0.M3:int_g  harm=(7 0)

********** iter = 41 **********
Damping Factor is 0.1 
Delta Norm=5.19e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.06e+02  at node I0.M3:int_g  harm=(7 0)

********** iter = 42 **********
Damping Factor is 0.1 
Delta Norm=2.47e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.01e+02  at node I0.M3:int_g  harm=(7 0)

********** iter = 43 **********
Damping Factor is 0.1 
Delta Norm=3.19e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.31e+02  at node I0.M3:int_g  harm=(7 0)

********** iter = 44 **********
Damping Factor is 0.1 
Delta Norm=4.66e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.51e+02  at node I0.M3:int_g  harm=(5 0)

********** iter = 45 **********
Damping Factor is 0.1 
Delta Norm=6.65e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=5.18e+02  at node I0.M4:int_g  harm=(5 0)

********** iter = 46 **********
Delta Norm=2.64e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.69e+02  at node I0.M3:int_g  harm=(2 0)

********** iter = 47 **********
Damping Factor is 0.1 
Delta Norm=6.07e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.75e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 48 **********
Damping Factor is 0.2 
Delta Norm=2.23e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.86e+02  at node I0.M4:int_g  harm=(4 0)

********** iter = 49 **********
Damping Factor is 0.1 
Delta Norm=1.56e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.47e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 50 **********
Damping Factor is 0.1 
Delta Norm=2.04e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.26e+02  at node I0.M4:int_g  harm=(4 0)

********** iter = 51 **********
Damping Factor is 0.1 
Delta Norm=2.70e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.07e+02  at node I0.M3:int_s  harm=(2 0)

********** iter = 52 **********
Damping Factor is 0.1 
Delta Norm=4.45e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.59e+02  at node I0.M3:int_s  harm=(2 0)

********** iter = 53 **********
Delta Norm=2.69e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.18e+02  at node I0.M4:int_g  harm=(2 0)

********** iter = 54 **********
Damping Factor is 0.1 
Delta Norm=5.90e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.29e+02  at node I0.M3:int_g  harm=(7 0)

********** iter = 55 **********
Damping Factor is 0.1 
Delta Norm=1.82e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.13e+02  at node I0.M3:int_g  harm=(7 0)

********** iter = 56 **********
Damping Factor is 0.1 
Delta Norm=2.28e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.18e+02  at node I0.M3:int_g  harm=(7 0)

********** iter = 57 **********
Damping Factor is 0.1 
Delta Norm=2.91e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.11e+02  at node I0.M3:int_g  harm=(5 0)

********** iter = 58 **********
Damping Factor is 0.1 
Delta Norm=3.13e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.85e+02  at node I0.M3:int_g  harm=(5 0)

********** iter = 59 **********
Damping Factor is 0.1 
Delta Norm=7.17e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.97e+02  at node I0.M4:int_s  harm=(0 0)

********** iter = 60 **********
Delta Norm=1.24e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.26e+02  at node I0.M3:int_s  harm=(0 0)

********** iter = 61 **********
Delta Norm=2.79e+02  at node I0.V2:p  harm=(2 0)
Resd Norm=2.17e+02  at node I0.M4:int_g  harm=(2 0)

********** iter = 62 **********
Damping Factor is 0.1 
Delta Norm=1.62e+03  at node I0.V1:p  harm=(2 0)
Resd Norm=1.58e+03  at node I0.M3:int_g  harm=(5 0)

********** iter = 63 **********
Delta Norm=3.35e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=1.01e+03  at node I0.M3:int_g  harm=(7 0)

********** iter = 64 **********
Delta Norm=9.27e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=9.86e+02  at node I0.M3:int_g  harm=(6 0)

********** iter = 65 **********
Delta Norm=8.56e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=1.56e+03  at node I0.M4:int_g  harm=(7 0)

********** iter = 66 **********
Damping Factor is 0.2 
Delta Norm=2.97e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=1.08e+03  at node I0.M4:int_g  harm=(7 0)

********** iter = 67 **********
Damping Factor is 0.1 
Delta Norm=4.16e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=7.42e+02  at node I0.M4:int_g  harm=(7 0)

********** iter = 68 **********

Warning from spectre during Harmonic Balance Steady State Analysis `hb'.
    WARNING (CMI-2377): I0.M3: Vgd has exceeded the oxide breakdown voltage of `vbox' = 8.85 V.
    WARNING (CMI-2377): I0.M4: Vgd has exceeded the oxide breakdown voltage of `vbox' = 8.85 V.
Notice from spectre during Harmonic Balance Steady State Analysis `hb'.
    I0.M4: Device leaves the gate-drain oxide breakdown region.
    I0.M3: Device leaves the gate-drain oxide breakdown region.
Warning from spectre during Harmonic Balance Steady State Analysis `hb'.
    WARNING (CMI-2377): I0.M4: Vgd has exceeded the oxide breakdown voltage of `vbox' = 8.85 V.
    WARNING (CMI-2377): I0.M3: Vgd has exceeded the oxide breakdown voltage of `vbox' = 8.85 V.
Notice from spectre during Harmonic Balance Steady State Analysis `hb'.
    I0.M3: Device leaves the gate-drain oxide breakdown region.
    I0.M4: Device leaves the gate-drain oxide breakdown region.
Warning from spectre during Harmonic Balance Steady State Analysis `hb'.
    WARNING (CMI-2377): I0.M3: Vgd has exceeded the oxide breakdown voltage of `vbox' = 8.85 V.
        Further occurrences of this warning will be suppressed.

Damping Factor is 0.1 
Delta Norm=3.70e+03  at node I0.V1:p  harm=(2 0)
Resd Norm=5.34e+03  at node I0.M3:int_s  harm=(2 0)

********** iter = 69 **********
Delta Norm=9.21e+02  at node V0:p  harm=(4 0)
Resd Norm=3.35e+03  at node I0.M4:int_s  harm=(4 0)

********** iter = 70 **********
Delta Norm=5.05e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=1.64e+03  at node I0.M4:int_d  harm=(5 0)

********** iter = 71 **********
Damping Factor is 0.7 
Delta Norm=2.86e+02  at node I0.V1:p  harm=(4 0)
Resd Norm=1.20e+03  at node I0.M3:int_g  harm=(8 0)

********** iter = 72 **********
Delta Norm=2.35e+02  at node I0.V1:p  harm=(4 0)
Resd Norm=1.78e+03  at node I0.M4:int_g  harm=(5 0)

********** iter = 73 **********
Damping Factor is 0.1 
Delta Norm=1.33e+03  at node I0.V1:p  harm=(2 0)
Resd Norm=2.17e+03  at node I0.M3:int_g  harm=(5 0)

********** iter = 74 **********
Delta Norm=3.51e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=8.97e+02  at node I0.M3:int_g  harm=(5 0)

********** iter = 75 **********
Damping Factor is 0.1 
Delta Norm=1.82e+03  at node I0.V1:p  harm=(2 0)
Resd Norm=2.06e+03  at node I0.M3:int_g  harm=(4 0)

********** iter = 76 **********
Delta Norm=4.25e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=1.41e+03  at node I0.M3:int_g  harm=(4 0)

********** iter = 77 **********
Delta Norm=2.65e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=6.10e+02  at node I0.M3:int_g  harm=(6 0)

********** iter = 78 **********
Damping Factor is 0.1 
Delta Norm=3.36e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=5.52e+02  at node I0.M3:int_g  harm=(6 0)

********** iter = 79 **********
Damping Factor is 0.1 
Delta Norm=3.50e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.92e+02  at node I0.M3:int_g  harm=(6 0)

********** iter = 80 **********
Damping Factor is 0.1 
Delta Norm=4.79e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=5.47e+02  at node I0.M3:int_g  harm=(5 0)

********** iter = 81 **********
Damping Factor is 0.1 
Delta Norm=4.82e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=5.60e+02  at node I0.M3:int_g  harm=(5 0)

********** iter = 82 **********
Delta Norm=2.66e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.58e+02  at node I0.M3:int_g  harm=(2 0)

********** iter = 83 **********
Damping Factor is 0.1 
Delta Norm=4.73e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.60e+02  at node I0.M3:int_g  harm=(2 0)

********** iter = 84 **********
Damping Factor is 0.1 
Delta Norm=2.25e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.22e+02  at node I0.M3:int_g  harm=(2 0)

********** iter = 85 **********
Damping Factor is 0.1 
Delta Norm=3.16e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.95e+02  at node I0.M3:int_g  harm=(2 0)

********** iter = 86 **********
Damping Factor is 0.1 
Delta Norm=4.48e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.67e+02  at node I0.M3:int_g  harm=(5 0)

********** iter = 87 **********
Delta Norm=2.45e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.53e+02  at node I0.M3:int_g  harm=(2 0)

********** iter = 88 **********
Damping Factor is 0.1 
Delta Norm=5.95e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.18e+02  at node I0.M3:int_g  harm=(5 0)

********** iter = 89 **********
Damping Factor is 0.1 
Delta Norm=1.84e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.97e+02  at node I0.M3:int_g  harm=(5 0)

********** iter = 90 **********
Damping Factor is 0.1 
Delta Norm=2.29e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.06e+02  at node I0.M3:int_g  harm=(7 0)

********** iter = 91 **********
Damping Factor is 0.1 
Delta Norm=3.00e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.30e+02  at node I0.M3:int_g  harm=(7 0)

********** iter = 92 **********
Damping Factor is 0.1 
Delta Norm=4.46e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.62e+02  at node I0.M4:int_g  harm=(5 0)

********** iter = 93 **********
Damping Factor is 0.1 
Delta Norm=4.63e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.99e+02  at node I0.M4:int_s  harm=(0 0)

********** iter = 94 **********
Delta Norm=2.57e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.59e+02  at node I0.M4:int_g  harm=(2 0)

********** iter = 95 **********
Damping Factor is 0.1 
Delta Norm=7.24e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.22e+02  at node I0.M3:int_g  harm=(7 0)

********** iter = 96 **********
Damping Factor is 0.2 
Delta Norm=2.11e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.38e+02  at node I0.M4:int_g  harm=(7 0)

********** iter = 97 **********
Damping Factor is 0.1 
Delta Norm=1.45e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.17e+02  at node I0.M4:int_g  harm=(7 0)

********** iter = 98 **********
Damping Factor is 0.1 
Delta Norm=1.68e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.01e+02  at node I0.M4:int_g  harm=(7 0)

********** iter = 99 **********
Damping Factor is 0.1 
Delta Norm=2.07e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.92e+02  at node I0.M4:int_g  harm=(7 0)

********** iter = 100 **********
Damping Factor is 0.1 
Delta Norm=2.71e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.67e+02  at node I0.M4:int_g  harm=(7 0)

==============================
     Harmonic balance
  hbhomotopy=tone (all-tone)
==============================
Important HB parameters:
    RelTol=1.00e-04
    abstol(I)=1.00e-12 A
    abstol(V)=1.00e-06 V
    residualtol=1.00e+00
    lteratio=3.50e+00
    steadyratio=1.00e+00
    maxperiods=100


********** initial residual **********
Resd Norm=9.99e+03  at node net08  harm=(0 1)

********** iter = 1 **********
Delta Norm=5.69e+06  at node I2.V0:p  harm=(0 1)
Resd Norm=8.61e+03  at node I2.M0:int_s  harm=(0 0)

********** iter = 2 **********
Delta Norm=5.57e+02  at node I2.M0:sbnode  harm=(0 1)
Resd Norm=3.00e+03  at node I2.M0:int_s  harm=(0 1)

********** iter = 3 **********
Delta Norm=7.25e+01  at node I2.M0:sbnode  harm=(0 1)
Resd Norm=1.89e+03  at node I2.M0:int_s  harm=(0 1)

********** iter = 4 **********
Delta Norm=1.69e+02  at node I2.V3:p  harm=(0 1)
Resd Norm=7.57e+02  at node I2.M0:int_s  harm=(0 0)

********** iter = 5 **********
Delta Norm=9.36e+01  at node I2.V3:p  harm=(0 1)
Resd Norm=7.47e+02  at node I2.M0:int_s  harm=(0 2)

********** iter = 6 **********
Delta Norm=1.35e+03  at node I0.V1:p  harm=(2 0)
Resd Norm=1.65e+03  at node I0.M4:int_g  harm=(5 0)

********** iter = 7 **********
Delta Norm=1.68e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.78e+02  at node I0.M3:int_s  harm=(0 0)

********** iter = 8 **********
Delta Norm=2.95e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.41e+02  at node I0.M4:int_g  harm=(4 0)

********** iter = 9 **********
Delta Norm=6.04e+02  at node I0.V2:p  harm=(2 0)
Resd Norm=3.04e+02  at node I0.M4:int_s  harm=(0 0)

********** iter = 10 **********
Delta Norm=2.94e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=1.85e+02  at node I0.M4:int_g  harm=(4 0)

********** iter = 11 **********
Delta Norm=6.81e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.27e+02  at node I0.M3:int_s  harm=(0 0)

********** iter = 12 **********
Delta Norm=1.82e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=1.98e+02  at node I0.M3:int_s  harm=(2 0)

********** iter = 13 **********
Damping Factor is 0.4 
Delta Norm=3.54e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.13e+02  at node I0.M3:int_s  harm=(2 0)

********** iter = 14 **********
Damping Factor is 0.3 
Delta Norm=3.10e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.15e+02  at node I0.M3:int_s  harm=(2 0)

********** iter = 15 **********
Damping Factor is 0.4 
Delta Norm=3.80e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.07e+02  at node I0.M3:int_s  harm=(2 0)

********** iter = 16 **********
Damping Factor is 0.3 
Delta Norm=2.90e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.06e+02  at node I0.M3:int_s  harm=(2 0)

********** iter = 17 **********
Damping Factor is 0.3 
Delta Norm=3.14e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.03e+02  at node I0.M3:int_s  harm=(2 0)

********** iter = 18 **********
Delta Norm=5.83e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.46e+02  at node I0.M3:int_g  harm=(5 0)

********** iter = 19 **********
Delta Norm=2.58e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.33e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 20 **********
Damping Factor is 0.2 
Delta Norm=2.60e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.23e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 21 **********
Damping Factor is 0.2 
Delta Norm=1.92e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.32e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 22 **********
Damping Factor is 0.1 
Delta Norm=1.21e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.24e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 23 **********
Damping Factor is 0.1 
Delta Norm=1.45e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.19e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 24 **********
Damping Factor is 0.1 
Delta Norm=3.14e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.16e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 25 **********
Damping Factor is 0.2 
Delta Norm=1.56e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.12e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 26 **********
Damping Factor is 0.1 
Delta Norm=4.04e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.46e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 27 **********
Delta Norm=1.16e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.07e+02  at node I0.M4:int_g  harm=(7 0)

********** iter = 28 **********
Damping Factor is 0.1 
Delta Norm=2.07e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.21e+02  at node I0.M4:int_g  harm=(7 0)

********** iter = 29 **********
Damping Factor is 0.1 
Delta Norm=2.45e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.53e+02  at node I0.M4:int_g  harm=(7 0)

********** iter = 30 **********
Delta Norm=2.43e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.12e+02  at node I0.M3:int_g  harm=(2 0)

********** iter = 31 **********
Damping Factor is 0.1 
Delta Norm=7.09e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=5.15e+02  at node I0.M3:int_g  harm=(7 0)

********** iter = 32 **********
Delta Norm=1.49e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.59e+02  at node I0.M4:int_g  harm=(5 0)

********** iter = 33 **********
Delta Norm=1.63e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.38e+02  at node I0.M3:int_g  harm=(5 0)

********** iter = 34 **********
Damping Factor is 0.1 
Delta Norm=1.11e+03  at node I0.V1:p  harm=(2 0)
Resd Norm=8.44e+02  at node I0.M3:int_g  harm=(5 0)

********** iter = 35 **********
Delta Norm=1.36e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.87e+02  at node I0.M3:int_g  harm=(5 0)

********** iter = 36 **********
Delta Norm=2.15e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.88e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 37 **********
Damping Factor is 0.1 
Delta Norm=3.51e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.83e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 38 **********
Delta Norm=1.05e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.60e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 39 **********
Delta Norm=3.26e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.18e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 40 **********
Damping Factor is 0.1 
Delta Norm=2.77e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.93e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 41 **********
Delta Norm=1.22e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.88e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 42 **********
Damping Factor is 0.1 
Delta Norm=4.46e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.81e+02  at node I0.M3:int_g  harm=(7 0)

********** iter = 43 **********
Delta Norm=7.50e+01  at node I0.V1:p  harm=(2 0)
Resd Norm=2.95e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 44 **********
Damping Factor is 0.1 
Delta Norm=5.11e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.87e+02  at node I0.M3:int_g  harm=(7 0)

********** iter = 45 **********
Delta Norm=2.08e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.84e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 46 **********
Delta Norm=4.14e+02  at node I0.V2:p  harm=(2 0)
Resd Norm=4.10e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 47 **********
Damping Factor is 0.1 
Delta Norm=3.82e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.75e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 48 **********
Delta Norm=1.65e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.92e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 49 **********
Damping Factor is 0.2 
Delta Norm=2.04e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.16e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 50 **********
Damping Factor is 0.1 
Delta Norm=8.37e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=7.26e+02  at node I0.M3:int_g  harm=(7 0)

********** iter = 51 **********
Delta Norm=1.55e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.23e+02  at node I0.M3:int_g  harm=(5 0)

********** iter = 52 **********
Delta Norm=1.14e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.16e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 53 **********
Damping Factor is 0.1 
Delta Norm=4.47e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.89e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 54 **********
Delta Norm=1.40e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=1.67e+02  at node I0.M3:int_g  harm=(2 0)

********** iter = 55 **********
Damping Factor is 0.1 
Delta Norm=1.30e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=1.75e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 56 **********
Damping Factor is 0.1 
Delta Norm=3.50e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.39e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 57 **********
Delta Norm=1.28e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=1.81e+02  at node I0.M3:int_g  harm=(2 0)

********** iter = 58 **********
Damping Factor is 0.1 
Delta Norm=1.31e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=1.88e+02  at node I0.M3:int_g  harm=(2 0)

********** iter = 59 **********
Damping Factor is 0.1 
Delta Norm=4.41e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.28e+02  at node I0.M3:int_g  harm=(5 0)

********** iter = 60 **********
Delta Norm=9.63e+01  at node I0.V1:p  harm=(2 0)
Resd Norm=1.92e+02  at node I0.M3:int_g  harm=(2 0)

********** iter = 61 **********
Damping Factor is 0.1 
Delta Norm=1.85e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.03e+02  at node I0.M3:int_g  harm=(2 0)

********** iter = 62 **********
Damping Factor is 0.1 
Delta Norm=3.76e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.08e+02  at node I0.M3:int_s  harm=(2 0)

********** iter = 63 **********
Delta Norm=8.26e+01  at node I0.V1:p  harm=(2 0)
Resd Norm=2.36e+02  at node I0.M3:int_g  harm=(2 0)

********** iter = 64 **********
Damping Factor is 0.1 
Delta Norm=1.21e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.39e+02  at node I0.M3:int_g  harm=(2 0)

********** iter = 65 **********
Damping Factor is 0.1 
Delta Norm=1.43e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.48e+02  at node I0.M3:int_g  harm=(2 0)

********** iter = 66 **********
Damping Factor is 0.1 
Delta Norm=2.55e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.59e+02  at node I0.M3:int_g  harm=(2 0)

********** iter = 67 **********
Damping Factor is 0.1 
Delta Norm=1.11e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.43e+02  at node I0.M3:int_g  harm=(2 0)

********** iter = 68 **********
Damping Factor is 0.1 
Delta Norm=4.15e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.58e+02  at node I0.M3:int_g  harm=(7 0)

********** iter = 69 **********
Delta Norm=1.51e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.62e+02  at node I0.M3:int_g  harm=(2 0)

********** iter = 70 **********
Damping Factor is 0.1 
Delta Norm=2.47e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.77e+02  at node I0.M3:int_g  harm=(2 0)

********** iter = 71 **********
Damping Factor is 0.1 
Delta Norm=6.59e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.99e+02  at node I0.M3:int_g  harm=(7 0)

********** iter = 72 **********
Delta Norm=1.22e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.33e+02  at node I0.M3:int_g  harm=(7 0)

********** iter = 73 **********
Delta Norm=2.17e+02  at node I0.V2:p  harm=(2 0)
Resd Norm=3.81e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 74 **********
Damping Factor is 0.1 
Delta Norm=1.52e+03  at node I0.V1:p  harm=(2 0)
Resd Norm=1.45e+03  at node I0.M3:int_g  harm=(5 0)

********** iter = 75 **********
Delta Norm=1.65e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=6.22e+02  at node I0.M3:int_g  harm=(5 0)

********** iter = 76 **********
Delta Norm=2.28e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=5.23e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 77 **********
Delta Norm=2.20e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=4.43e+02  at node I0.M3:int_g  harm=(4 0)

********** iter = 78 **********
Damping Factor is 0.1 
Delta Norm=1.33e+03  at node I0.V1:p  harm=(2 0)
Resd Norm=1.27e+03  at node I0.M3:int_g  harm=(4 0)

********** iter = 79 **********
Delta Norm=1.98e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=5.31e+02  at node I0.M4:int_g  harm=(5 0)

********** iter = 80 **********
Delta Norm=1.53e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.38e+02  at node I0.M3:int_g  harm=(5 0)

********** iter = 81 **********
Damping Factor is 0.1 
Delta Norm=2.86e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.83e+02  at node I0.M3:int_g  harm=(5 0)

********** iter = 82 **********
Delta Norm=1.69e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.43e+02  at node I0.M3:int_g  harm=(5 0)

********** iter = 83 **********
Damping Factor is 0.1 
Delta Norm=8.51e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=5.77e+02  at node I0.M3:int_g  harm=(5 0)

********** iter = 84 **********
Delta Norm=1.59e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.18e+02  at node I0.M3:int_s  harm=(2 0)

********** iter = 85 **********
Delta Norm=9.67e+01  at node I0.V1:p  harm=(2 0)
Resd Norm=1.76e+02  at node I0.M3:int_g  harm=(3 0)

********** iter = 86 **********
Damping Factor is 0.1 
Delta Norm=6.35e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.77e+02  at node I0.M3:int_g  harm=(7 0)

********** iter = 87 **********
Delta Norm=1.08e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.04e+02  at node I0.M3:int_s  harm=(2 0)

********** iter = 88 **********
Delta Norm=3.05e+01  at node I0.V1:p  harm=(2 0)
Resd Norm=1.63e+02  at node I0.M4:int_s  harm=(1 0)

********** iter = 89 **********
Damping Factor is 0.1 
Delta Norm=5.22e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.69e+02  at node I0.M3:int_g  harm=(7 0)

********** iter = 90 **********
Delta Norm=8.79e+01  at node I0.V1:p  harm=(2 0)
Resd Norm=1.97e+02  at node I0.M3:int_s  harm=(2 0)

********** iter = 91 **********
Delta Norm=2.80e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.48e+02  at node I0.M3:int_g  harm=(8 0)

********** iter = 92 **********
Damping Factor is 0.1 
Delta Norm=3.87e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.22e+02  at node I0.M4:int_s  harm=(2 0)

********** iter = 93 **********
Delta Norm=1.29e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=1.66e+02  at node I0.M4:int_g  harm=(2 0)

********** iter = 94 **********
Damping Factor is 0.3 
Delta Norm=1.81e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=1.85e+02  at node I0.M4:int_g  harm=(5 0)

********** iter = 95 **********
Damping Factor is 0.1 
Delta Norm=1.04e+03  at node I0.V1:p  harm=(2 0)
Resd Norm=8.43e+02  at node I0.M3:int_g  harm=(7 0)

********** iter = 96 **********
Delta Norm=1.74e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=3.18e+02  at node I0.M4:int_g  harm=(5 0)

********** iter = 97 **********
Delta Norm=1.23e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=1.80e+02  at node I0.M4:int_s  harm=(1 0)

********** iter = 98 **********
Damping Factor is 0.1 
Delta Norm=3.38e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.30e+02  at node I0.M3:int_g  harm=(5 0)

********** iter = 99 **********
Delta Norm=1.30e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=1.83e+02  at node I0.M4:int_g  harm=(2 0)

********** iter = 100 **********
Damping Factor is 0.1 
Delta Norm=4.74e+02  at node I0.V1:p  harm=(2 0)
Resd Norm=2.76e+02  at node I0.M3:int_g  harm=(5 0)

Warning: Maximum number of iterations reached. Result may not be correct. Solution is saved anyway. 

CPU time=134 s


Notice from spectre during IC analysis, during periodic steady state analysis, during Harmonic Balance Steady State Analysis `hb'.
    There are 4 IC nodes defined.

Trying `homotopy = gmin' for initial conditions.

Notice from spectre during IC analysis, during periodic steady state analysis, during Harmonic Balance Steady State Analysis `hb'.
    Initial condition computed for node out_p is in error by 30.4441 mV (30.4441 %).
    Initial condition computed for node out_n is in error by 33.2117 mV.
    Initial condition computed for node out_n2 is in error by 62.1781 mV.
    Initial condition computed for node out_p2 is in error by 56.9966 mV (56.9966 %).
        Decrease `rforce' to reduce error in computed initial conditions.  However, setting rforce too small may result in convergence difficulties or in the matrix becoming singular.

DC simulation time: CPU = 23.996 ms, elapsed = 24.2522 ms.

Stepping source level for improved convergence

====================================

Current source level is: 1.000000e-02

====================================

==============================
     Harmonic balance
==============================
Important HB parameters:
    RelTol=1.00e-04
    abstol(I)=1.00e-12 A
    abstol(V)=1.00e-06 V
    residualtol=1.00e+00
    lteratio=3.50e+00
    steadyratio=1.00e+00
    maxperiods=100


********** initial residual **********
Resd Norm=1.00e+04  at node net08  harm=(0 1)

********** iter = 1 **********
Delta Norm=2.10e+07  at node V4:p  harm=(0 1)
Resd Norm=1.00e+04  at node I0.M3:int_d  harm=(0 0)

********** iter = 2 **********
Delta Norm=1.47e+08  at node I0.L2:1  harm=(0 0)
Resd Norm=7.85e+03  at node I3.M2:int_s  harm=(0 0)

********** iter = 3 **********
Delta Norm=1.11e+03  at node I3.L2:1  harm=(0 0)
Resd Norm=5.14e+03  at node I3.M3:int_d  harm=(0 0)

********** iter = 4 **********
Delta Norm=2.77e+02  at node I3.L2:1  harm=(0 0)
Resd Norm=1.41e+03  at node I3.M4:int_s  harm=(0 0)

********** iter = 5 **********
Delta Norm=3.34e+01  at node I3.M2:int_d  harm=(0 0)
Resd Norm=1.26e+02  at node I3.M3:int_s  harm=(0 0)

********** iter = 6 **********
Delta Norm=3.07e+00  at node I3.M2:int_d  harm=(0 0)
Resd Norm=1.06e+00  at node I3.M4:int_s  harm=(0 0)

********** iter = 7 **********
Delta Norm=2.59e-02  at node I3.M2:int_d  harm=(0 0)
Resd Norm=5.86e-04  at node I0.M_ver_n:int_g  harm=(0 0)

CPU time=3 s


====================================

Current source level is: 5.100000e-01

====================================

==============================
     Harmonic balance
==============================
Important HB parameters:
    RelTol=1.00e-04
    abstol(I)=1.00e-12 A
    abstol(V)=1.00e-06 V
    residualtol=1.00e+00
    lteratio=3.50e+00
    steadyratio=1.00e+00
    maxperiods=100


Warning from spectre during Harmonic Balance Steady State Analysis `hb'.
    WARNING (CMI-2375): I3.M_ver_n: Vgs has exceeded the oxide breakdown voltage of `vbox' = 8.85 V.
    WARNING (CMI-2375): I3.M_ver_p: Vgs has exceeded the oxide breakdown voltage of `vbox' = 8.85 V.
    WARNING (CMI-2683): I3.M3: The `bulk-drain' junction reverse bias voltage (-24.7115 V) exceeds `VjdmRev' = -11.9652 V.  The results are now incorrect because the junction current model has been linearized
    WARNING (CMI-2375): I3.M3: Vgs has exceeded the oxide breakdown voltage of `vbox' = 8.85 V.
    WARNING (CMI-2683): I3.M4: The `bulk-drain' junction reverse bias voltage (-19.9706 V) exceeds `VjdmRev' = -11.9652 V.  The results are now incorrect because the junction current model has been linearized
    WARNING (CMI-2375): I3.M4: Vgs has exceeded the oxide breakdown voltage of `vbox' = 8.85 V.
    WARNING (CMI-2683): I3.M2: The `bulk-drain' junction reverse bias voltage (-32.1566 V) exceeds `VjdmRev' = -11.9652 V.  The results are now incorrect because the junction current model has been linearized
    WARNING (CMI-2375): I0.M_ver_n: Vgs has exceeded the oxide breakdown voltage of `vbox' = 8.85 V.
        Further occurrences of this warning will be suppressed.
    WARNING (CMI-2683): I0.M3: The `bulk-drain' junction reverse bias voltage (-21.2756 V) exceeds `VjdmRev' = -11.9652 V.  The results are now incorrect because the junction current model has been linearized
    WARNING (CMI-2683): I0.M4: The `bulk-drain' junction reverse bias voltage (-26.1372 V) exceeds `VjdmRev' = -11.9652 V.  The results are now incorrect because the junction current model has been linearized
        Further occurrences of this warning will be suppressed.


********** initial residual **********
Resd Norm=1.00e+04  at node I3.M4:int_s  harm=(0 0)

Warning: Harmonic Balance Source Stepping Failed at Source Level 5.100000e-01

CPU time=0 s


====================================

Current source level is: 1.350000e-01

====================================

==============================
     Harmonic balance
==============================
Important HB parameters:
    RelTol=1.00e-04
    abstol(I)=1.00e-12 A
    abstol(V)=1.00e-06 V
    residualtol=1.00e+00
    lteratio=3.50e+00
    steadyratio=1.00e+00
    maxperiods=100


********** initial residual **********
Resd Norm=1.00e+04  at node I3.M_ver_n:int_g  harm=(0 0)

Warning: Harmonic Balance Source Stepping Failed at Source Level 1.350000e-01

CPU time=0 s


====================================

Current source level is: 5.000000e-02

====================================

==============================
     Harmonic balance
==============================
Important HB parameters:
    RelTol=1.00e-04
    abstol(I)=1.00e-12 A
    abstol(V)=1.00e-06 V
    residualtol=1.00e+00
    lteratio=3.50e+00
    steadyratio=1.00e+00
    maxperiods=100


********** initial residual **********
Resd Norm=1.00e+04  at node I0.M_ver_p:int_g  harm=(0 0)

Warning: Harmonic Balance Source Stepping Failed at Source Level 5.000000e-02

CPU time=0 s


====================================

Current source level is: 2.000000e-02

====================================

==============================
     Harmonic balance
==============================
Important HB parameters:
    RelTol=1.00e-04
    abstol(I)=1.00e-12 A
    abstol(V)=1.00e-06 V
    residualtol=1.00e+00
    lteratio=3.50e+00
    steadyratio=1.00e+00
    maxperiods=100


********** initial residual **********
Resd Norm=8.99e+03  at node I0.M3:int_d  harm=(0 0)

********** iter = 1 **********
Delta Norm=2.81e+05  at node I0.V2:p  harm=(0 0)
Resd Norm=9.72e+03  at node I0.M_ver_p:int_g  harm=(0 0)

********** iter = 2 **********
Delta Norm=1.56e+04  at node I3.L3:1  harm=(0 0)
Resd Norm=7.79e+03  at node I0.M3:int_d  harm=(0 0)

********** iter = 3 **********
Delta Norm=5.69e+03  at node I0.L2:1  harm=(0 0)
Resd Norm=1.74e+03  at node I0.M4:int_d  harm=(0 0)

********** iter = 4 **********
Delta Norm=3.28e+02  at node I0.L3:1  harm=(0 0)
Resd Norm=9.93e+01  at node I0.M3:int_d  harm=(0 0)

********** iter = 5 **********
Delta Norm=1.19e+01  at node I0.L2:1  harm=(0 0)
Resd Norm=4.16e-01  at node I0.M4:int_d  harm=(0 0)

CPU time=3 s


====================================

Current source level is: 6.000000e-02

====================================

==============================
     Harmonic balance
==============================
Important HB parameters:
    RelTol=1.00e-04
    abstol(I)=1.00e-12 A
    abstol(V)=1.00e-06 V
    residualtol=1.00e+00
    lteratio=3.50e+00
    steadyratio=1.00e+00
    maxperiods=100


********** initial residual **********
Resd Norm=3.70e+02  at node I2.M0:int_g  harm=(0 2)

********** iter = 1 **********
Delta Norm=6.17e+01  at node I2.M0:dbnode  harm=(0 2)
Resd Norm=6.94e+01  at node I2.M0:int_g  harm=(0 1)

********** iter = 2 **********
Delta Norm=2.56e+01  at node I2.M0:dbnode  harm=(0 1)
Resd Norm=2.55e+01  at node I2.M0:int_g  harm=(0 2)

********** iter = 3 **********
Delta Norm=7.57e+00  at node I2.M0:dbnode  harm=(0 2)
Resd Norm=7.02e+00  at node I2.M0:int_g  harm=(0 3)

********** iter = 4 **********
Delta Norm=1.92e+00  at node I2.M0:dbnode  harm=(0 1)
Resd Norm=2.22e+00  at node I2.M0:int_g  harm=(0 2)

********** iter = 5 **********
Delta Norm=7.34e-01  at node I2.M0:dbnode  harm=(0 2)
Resd Norm=7.08e-01  at node I2.M0:int_g  harm=(0 3)

CPU time=3 s


====================================

Current source level is: 9.555556e-02

====================================

==============================
     Harmonic balance
==============================
Important HB parameters:
    RelTol=1.00e-04
    abstol(I)=1.00e-12 A
    abstol(V)=1.00e-06 V
    residualtol=1.00e+00
    lteratio=3.50e+00
    steadyratio=1.00e+00
    maxperiods=100


********** initial residual **********
Resd Norm=3.08e+02  at node I2.M0:int_g  harm=(0 2)

********** iter = 1 **********
Delta Norm=4.89e+01  at node I2.M0:dbnode  harm=(0 2)
Resd Norm=9.07e+01  at node I2.M0:int_g  harm=(0 1)

********** iter = 2 **********
Delta Norm=3.10e+01  at node I2.M0:dbnode  harm=(0 1)
Resd Norm=5.01e+01  at node I2.M0:int_g  harm=(0 2)

********** iter = 3 **********
Delta Norm=1.63e+01  at node I2.M0:dbnode  harm=(0 2)
Resd Norm=2.07e+01  at node I2.M0:int_g  harm=(0 3)

********** iter = 4 **********
Delta Norm=4.95e+00  at node I2.M0:dbnode  harm=(0 1)
Resd Norm=9.06e+00  at node I2.M0:int_g  harm=(0 2)

********** iter = 5 **********
Delta Norm=3.79e+00  at node I2.M0:dbnode  harm=(0 2)
Resd Norm=4.02e+00  at node I2.M0:int_g  harm=(0 3)

********** iter = 6 **********
Delta Norm=1.06e+00  at node I2.M0:dbnode  harm=(0 1)
Resd Norm=2.34e-01  at node I2.M0:int_g  harm=(0 3)

CPU time=3 s


====================================

Current source level is: 1.433333e-01

====================================

==============================
     Harmonic balance
==============================
Important HB parameters:
    RelTol=1.00e-04
    abstol(I)=1.00e-12 A
    abstol(V)=1.00e-06 V
    residualtol=1.00e+00
    lteratio=3.50e+00
    steadyratio=1.00e+00
    maxperiods=100


********** initial residual **********
Resd Norm=2.98e+02  at node I2.M0:int_g  harm=(0 2)

********** iter = 1 **********
Delta Norm=3.72e+01  at node I2.M0:int_d  harm=(0 0)
Resd Norm=1.37e+02  at node I2.M0:int_s  harm=(0 1)

********** iter = 2 **********
Delta Norm=2.91e+01  at node I2.M0:dbnode  harm=(0 1)
Resd Norm=9.04e+01  at node I2.M0:int_g  harm=(0 2)

********** iter = 3 **********
Delta Norm=3.13e+01  at node I2.M0:dbnode  harm=(0 2)
Resd Norm=4.75e+01  at node I2.M0:int_s  harm=(0 1)

********** iter = 4 **********
Delta Norm=7.28e+00  at node I2.M0:dbnode  harm=(0 1)
Resd Norm=2.27e+01  at node I2.M0:int_g  harm=(0 2)

********** iter = 5 **********
Delta Norm=1.39e+01  at node I2.M0:dbnode  harm=(0 2)
Resd Norm=8.87e+00  at node I2.M0:int_g  harm=(0 3)

********** iter = 6 **********
Delta Norm=2.55e+00  at node I2.M0:dbnode  harm=(0 3)
Resd Norm=1.65e+00  at node I2.M0:int_g  harm=(0 3)

********** iter = 7 **********
Delta Norm=4.10e-01  at node I2.M0:dbnode  harm=(0 3)
Resd Norm=1.56e-01  at node I2.M0:int_g  harm=(0 0)

CPU time=4 s


====================================

Current source level is: 1.727350e-01

====================================

==============================
     Harmonic balance
==============================
Important HB parameters:
    RelTol=1.00e-04
    abstol(I)=1.00e-12 A
    abstol(V)=1.00e-06 V
    residualtol=1.00e+00
    lteratio=3.50e+00
    steadyratio=1.00e+00
    maxperiods=100


********** initial residual **********
Resd Norm=1.39e+02  at node I2.M0:int_g  harm=(0 2)

********** iter = 1 **********
Delta Norm=1.81e+01  at node I2.M0:int_d  harm=(0 0)
Resd Norm=9.04e+01  at node I2.M0:int_s  harm=(0 1)

********** iter = 2 **********
Delta Norm=3.94e+01  at node I2.M0:dbnode  harm=(0 1)
Resd Norm=1.89e+01  at node I2.M0:int_g  harm=(0 5)

********** iter = 3 **********
Delta Norm=2.60e+00  at node I2.M0:dbnode  harm=(0 3)
Resd Norm=1.09e+01  at node I2.M0:int_g  harm=(0 4)

********** iter = 4 **********
Delta Norm=1.58e+00  at node I2.M0:dbnode  harm=(0 2)
Resd Norm=5.09e+00  at node I2.M0:int_g  harm=(0 3)

********** iter = 5 **********
Delta Norm=1.19e+00  at node I2.M0:dbnode  harm=(0 3)
Resd Norm=4.19e+00  at node I2.M0:int_g  harm=(0 4)

********** iter = 6 **********
Delta Norm=1.63e+00  at node I2.M0:dbnode  harm=(0 2)
Resd Norm=8.59e-01  at node I2.M0:int_g  harm=(0 2)

CPU time=3 s


====================================

Current source level is: 1.941181e-01

====================================

==============================
     Harmonic balance
==============================
Important HB parameters:
    RelTol=1.00e-04
    abstol(I)=1.00e-12 A
    abstol(V)=1.00e-06 V
    residualtol=1.00e+00
    lteratio=3.50e+00
    steadyratio=1.00e+00
    maxperiods=100


********** initial residual **********
Resd Norm=5.59e+01  at node I2.M0:int_g  harm=(0 2)

********** iter = 1 **********
Delta Norm=9.16e+00  at node I2.M0:int_b  harm=(0 3)
Resd Norm=4.42e+01  at node I2.M0:int_s  harm=(0 1)

********** iter = 2 **********
Delta Norm=1.74e+01  at node I2.M0:dbnode  harm=(0 1)
Resd Norm=9.70e+00  at node I2.M0:int_g  harm=(0 5)

********** iter = 3 **********
Delta Norm=1.22e+00  at node I2.M0:int_b  harm=(0 1)
Resd Norm=5.43e+00  at node I2.M0:int_g  harm=(0 4)

********** iter = 4 **********
Delta Norm=5.07e-01  at node I2.M0:int_b  harm=(0 2)
Resd Norm=3.34e+00  at node I2.M0:int_g  harm=(0 4)

********** iter = 5 **********
Delta Norm=6.30e-01  at node I2.M0:dbnode  harm=(0 3)
Resd Norm=2.48e+00  at node I2.M0:int_g  harm=(0 4)

********** iter = 6 **********
Delta Norm=1.04e+00  at node I2.M0:dbnode  harm=(0 2)
Resd Norm=7.46e-01  at node I2.M0:int_g  harm=(0 3)

CPU time=3 s


====================================

Current source level is: 2.911772e-01

====================================

==============================
     Harmonic balance
==============================
Important HB parameters:
    RelTol=1.00e-04
    abstol(I)=1.00e-12 A
    abstol(V)=1.00e-06 V
    residualtol=1.00e+00
    lteratio=3.50e+00
    steadyratio=1.00e+00
    maxperiods=100


********** initial residual **********
Resd Norm=2.39e+02  at node I2.M0:int_g  harm=(0 2)

********** iter = 1 **********
Delta Norm=3.15e+01  at node I2.V3:p  harm=(0 0)
Resd Norm=2.06e+02  at node I2.M0:int_s  harm=(0 1)

********** iter = 2 **********
Delta Norm=7.26e+01  at node I2.M0:int_b  harm=(0 3)
Resd Norm=9.09e+01  at node I2.M0:int_s  harm=(0 4)

********** iter = 3 **********
Delta Norm=1.02e+01  at node I2.M0:int_b  harm=(0 1)
Resd Norm=6.46e+01  at node I2.M0:int_g  harm=(0 4)

********** iter = 4 **********
Delta Norm=4.67e+00  at node I2.M0:dbnode  harm=(0 5)
Resd Norm=5.69e+01  at node I2.M0:int_s  harm=(0 4)

********** iter = 5 **********
Delta Norm=1.52e+01  at node I2.M0:sbnode  harm=(0 4)
Resd Norm=3.77e+01  at node I2.M0:int_g  harm=(0 4)

********** iter = 6 **********
Delta Norm=5.34e+00  at node I2.M0:dbnode  harm=(0 4)
Resd Norm=1.80e+01  at node I2.M0:int_g  harm=(0 3)

********** iter = 7 **********
Delta Norm=2.73e+00  at node I2.M0:dbnode  harm=(0 2)
Resd Norm=2.80e+00  at node I2.M0:int_g  harm=(0 3)

********** iter = 8 **********
Delta Norm=3.95e-01  at node I2.M0:dbnode  harm=(0 2)
Resd Norm=5.89e-01  at node I2.M0:int_g  harm=(0 3)

CPU time=5 s


====================================

Current source level is: 3.429420e-01

====================================

==============================
     Harmonic balance
==============================
Important HB parameters:
    RelTol=1.00e-04
    abstol(I)=1.00e-12 A
    abstol(V)=1.00e-06 V
    residualtol=1.00e+00
    lteratio=3.50e+00
    steadyratio=1.00e+00
    maxperiods=100


********** initial residual **********
Resd Norm=1.06e+02  at node I2.M0:int_s  harm=(0 2)

********** iter = 1 **********
Delta Norm=1.89e+01  at node I2.V3:p  harm=(0 0)
Resd Norm=1.12e+02  at node I2.M0:int_s  harm=(0 2)

********** iter = 2 **********
Delta Norm=2.29e+01  at node I2.M0:int_b  harm=(0 2)
Resd Norm=5.03e+01  at node I2.M0:int_s  harm=(0 4)

********** iter = 3 **********
Delta Norm=5.71e+00  at node I2.V3:p  harm=(0 0)
Resd Norm=4.25e+01  at node I2.M0:int_s  harm=(0 3)

********** iter = 4 **********
Delta Norm=6.32e+00  at node I2.M0:dbnode  harm=(0 3)
Resd Norm=2.72e+01  at node I2.M0:int_s  harm=(0 3)

********** iter = 5 **********
Delta Norm=6.18e+00  at node I2.M0:dbnode  harm=(0 3)
Resd Norm=1.80e+01  at node I2.M0:int_s  harm=(0 3)

********** iter = 6 **********
Delta Norm=7.52e+00  at node I2.M0:dbnode  harm=(0 3)
Resd Norm=9.91e+00  at node I2.M0:int_g  harm=(0 3)

********** iter = 7 **********
Delta Norm=1.29e+00  at node I2.M0:int_b  harm=(0 2)
Resd Norm=4.03e+00  at node I2.M0:int_g  harm=(0 3)

********** iter = 8 **********
Delta Norm=1.94e-01  at node I2.M0:sbnode  harm=(0 3)
Resd Norm=2.83e-01  at node I2.M0:int_g  harm=(0 4)

CPU time=6 s


====================================

Current source level is: 3.705499e-01

====================================

==============================
     Harmonic balance
==============================
Important HB parameters:
    RelTol=1.00e-04
    abstol(I)=1.00e-12 A
    abstol(V)=1.00e-06 V
    residualtol=1.00e+00
    lteratio=3.50e+00
    steadyratio=1.00e+00
    maxperiods=100


********** initial residual **********
Resd Norm=2.53e+01  at node I2.M0:int_s  harm=(0 1)

********** iter = 1 **********
Delta Norm=4.14e+00  at node I2.V3:p  harm=(0 0)
Resd Norm=2.44e+01  at node I2.M0:int_s  harm=(0 2)

********** iter = 2 **********
Delta Norm=1.23e+00  at node I2.M0:dbnode  harm=(0 2)
Resd Norm=1.60e+01  at node I2.M0:int_s  harm=(0 1)

********** iter = 3 **********
Delta Norm=2.76e+00  at node I2.M0:dbnode  harm=(0 2)
Resd Norm=1.05e+01  at node I2.M0:int_s  harm=(0 1)

********** iter = 4 **********
Delta Norm=3.41e+00  at node I2.M0:dbnode  harm=(0 2)
Resd Norm=5.75e+00  at node I2.M0:int_s  harm=(0 2)

********** iter = 5 **********
Delta Norm=9.08e-01  at node I2.M0:dbnode  harm=(0 2)
Resd Norm=3.85e+00  at node I2.M0:int_s  harm=(0 1)

********** iter = 6 **********
Delta Norm=1.27e+00  at node I2.M0:sbnode  harm=(0 3)
Resd Norm=2.40e+00  at node I2.M0:int_g  harm=(0 4)

********** iter = 7 **********
Delta Norm=3.91e-01  at node I2.M0:dbnode  harm=(0 3)
Resd Norm=6.99e-01  at node I2.M0:int_g  harm=(0 3)

CPU time=5 s


====================================

Current source level is: 5.558248e-01

====================================

==============================
     Harmonic balance
==============================
Important HB parameters:
    RelTol=1.00e-04
    abstol(I)=1.00e-12 A
    abstol(V)=1.00e-06 V
    residualtol=1.00e+00
    lteratio=3.50e+00
    steadyratio=1.00e+00
    maxperiods=100


********** initial residual **********
Resd Norm=2.54e+02  at node I2.M0:int_g  harm=(0 4)

********** iter = 1 **********
Delta Norm=2.70e+01  at node I2.V3:p  harm=(0 0)
Resd Norm=1.96e+02  at node I2.M0:int_g  harm=(0 4)

********** iter = 2 **********
Delta Norm=2.64e+01  at node I2.M0:sbnode  harm=(0 5)
Resd Norm=1.86e+02  at node I2.M0:int_g  harm=(0 4)

********** iter = 3 **********
Delta Norm=1.72e+01  at node I2.M0:sbnode  harm=(0 5)
Resd Norm=1.59e+02  at node I2.M0:int_g  harm=(0 4)

********** iter = 4 **********
Delta Norm=1.66e+01  at node I2.M0:dbnode  harm=(0 4)
Resd Norm=1.21e+02  at node I2.M0:int_g  harm=(0 4)

********** iter = 5 **********
Delta Norm=9.68e+00  at node I2.M0:dbnode  harm=(0 4)
Resd Norm=8.48e+01  at node I2.M0:int_g  harm=(0 4)

********** iter = 6 **********
Delta Norm=7.41e+00  at node I2.M0:dbnode  harm=(0 2)
Resd Norm=4.51e+01  at node I2.M0:int_g  harm=(0 4)

********** iter = 7 **********
Delta Norm=4.14e+00  at node I2.M0:dbnode  harm=(0 3)
Resd Norm=1.41e+01  at node I2.M0:int_g  harm=(0 3)

********** iter = 8 **********
Delta Norm=3.14e-01  at node I2.V3:p  harm=(0 0)
Resd Norm=1.32e+01  at node I2.M0:int_g  harm=(0 3)

********** iter = 9 **********
Delta Norm=3.82e-01  at node I2.M0:dbnode  harm=(0 3)
Resd Norm=1.10e+01  at node I2.M0:int_g  harm=(0 3)

********** iter = 10 **********
Delta Norm=7.74e-01  at node I2.M0:sbnode  harm=(0 3)
Resd Norm=2.68e+00  at node I2.M0:int_g  harm=(0 3)

********** iter = 11 **********
Delta Norm=1.94e-01  at node I2.M0:dbnode  harm=(0 3)
Resd Norm=2.30e+00  at node I2.M0:int_g  harm=(0 3)

********** iter = 12 **********
Delta Norm=2.04e-01  at node I2.M0:dbnode  harm=(0 2)
Resd Norm=1.76e+00  at node I2.M0:int_g  harm=(0 3)

********** iter = 13 **********
Delta Norm=1.44e-01  at node I2.M0:sbnode  harm=(0 4)
Resd Norm=6.59e-01  at node I2.M0:int_g  harm=(0 3)

CPU time=10 s


====================================

Current source level is: 6.338353e-01

====================================

==============================
     Harmonic balance
==============================
Important HB parameters:
    RelTol=1.00e-04
    abstol(I)=1.00e-12 A
    abstol(V)=1.00e-06 V
    residualtol=1.00e+00
    lteratio=3.50e+00
    steadyratio=1.00e+00
    maxperiods=100


********** initial residual **********
Resd Norm=6.50e+01  at node I2.M0:int_s  harm=(0 5)

********** iter = 1 **********
Delta Norm=7.33e+00  at node I2.V3:p  harm=(0 0)
Resd Norm=5.42e+01  at node I2.M0:int_s  harm=(0 5)

********** iter = 2 **********
Delta Norm=6.89e+00  at node I2.V3:p  harm=(0 0)
Resd Norm=4.14e+01  at node I2.M0:int_s  harm=(0 5)

********** iter = 3 **********
Delta Norm=6.03e+00  at node I2.M0:sbnode  harm=(0 5)
Resd Norm=2.73e+01  at node I2.M0:int_g  harm=(0 5)

********** iter = 4 **********
Delta Norm=5.69e+00  at node I2.M0:sbnode  harm=(0 4)
Resd Norm=2.35e+01  at node I2.M0:int_g  harm=(0 4)

********** iter = 5 **********
Delta Norm=4.04e+00  at node I2.M0:dbnode  harm=(0 4)
Resd Norm=2.06e+01  at node I2.M0:int_g  harm=(0 4)

********** iter = 6 **********
Delta Norm=3.25e+00  at node I2.M0:sbnode  harm=(0 5)
Resd Norm=1.32e+01  at node I2.M0:int_g  harm=(0 4)

********** iter = 7 **********
Delta Norm=1.34e+00  at node I2.M0:sbnode  harm=(0 3)
Resd Norm=5.50e+00  at node I2.M0:int_g  harm=(0 4)

********** iter = 8 **********
Delta Norm=1.47e-01  at node I2.M0:dbnode  harm=(0 3)
Resd Norm=4.75e+00  at node I2.M0:int_g  harm=(0 4)

********** iter = 9 **********
Delta Norm=1.72e-01  at node I2.M0:dbnode  harm=(0 3)
Resd Norm=3.44e+00  at node I2.M0:int_g  harm=(0 4)

********** iter = 10 **********
Delta Norm=1.93e-01  at node I2.M0:sbnode  harm=(0 4)
Resd Norm=1.13e+00  at node I2.M0:int_g  harm=(0 4)

********** iter = 11 **********
Delta Norm=4.59e-02  at node I2.M0:dbnode  harm=(0 4)
Resd Norm=9.67e-01  at node I2.M0:int_g  harm=(0 4)

CPU time=8 s


====================================

Current source level is: 6.666819e-01

====================================

==============================
     Harmonic balance
==============================
Important HB parameters:
    RelTol=1.00e-04
    abstol(I)=1.00e-12 A
    abstol(V)=1.00e-06 V
    residualtol=1.00e+00
    lteratio=3.50e+00
    steadyratio=1.00e+00
    maxperiods=100


********** initial residual **********
Resd Norm=8.50e+00  at node I2.M0:int_g  harm=(0 1)

********** iter = 1 **********
Delta Norm=1.19e+00  at node I2.V3:p  harm=(0 0)
Resd Norm=5.79e+00  at node I2.M0:int_g  harm=(0 3)

********** iter = 2 **********
Delta Norm=1.00e-01  at node I2.M0:sbnode  harm=(0 3)
Resd Norm=4.91e+00  at node I2.M0:int_g  harm=(0 4)

********** iter = 3 **********
Delta Norm=4.46e-01  at node I2.M0:dbnode  harm=(0 4)
Resd Norm=4.25e+00  at node I2.M0:int_g  harm=(0 4)

********** iter = 4 **********
Delta Norm=5.96e-01  at node I2.M0:dbnode  harm=(0 4)
Resd Norm=3.53e+00  at node I2.M0:int_g  harm=(0 4)

********** iter = 5 **********
Delta Norm=4.39e-01  at node I2.M0:dbnode  harm=(0 4)
Resd Norm=2.94e+00  at node I2.M0:int_g  harm=(0 4)

********** iter = 6 **********
Delta Norm=4.83e-01  at node I2.M0:dbnode  harm=(0 4)
Resd Norm=2.15e+00  at node I2.M0:int_g  harm=(0 4)

********** iter = 7 **********
Delta Norm=1.38e-01  at node I2.M0:dbnode  harm=(0 2)
Resd Norm=5.63e-01  at node I2.M0:int_g  harm=(0 4)

CPU time=5 s


====================================

Current source level is: 1.000000e+00

====================================

==============================
     Harmonic balance
==============================
Important HB parameters:
    RelTol=1.00e-04
    abstol(I)=1.00e-12 A
    abstol(V)=1.00e-06 V
    residualtol=1.00e+00
    lteratio=3.50e+00
    steadyratio=1.00e+00
    maxperiods=100


********** initial residual **********
Resd Norm=1.58e+02  at node I2.M0:int_g  harm=(0 4)

********** iter = 1 **********
Delta Norm=1.08e+01  at node I2.M0:sbnode  harm=(0 1)
Resd Norm=1.52e+02  at node I2.M0:int_g  harm=(0 4)

********** iter = 2 **********
Delta Norm=2.20e+00  at node I2.M0:sbnode  harm=(0 2)
Resd Norm=1.54e+02  at node I2.M0:int_g  harm=(0 4)

********** iter = 3 **********
Delta Norm=5.30e+00  at node I2.M0:dbnode  harm=(0 4)
Resd Norm=1.42e+02  at node I2.M0:int_g  harm=(0 4)

********** iter = 4 **********
Delta Norm=7.66e+00  at node I2.M0:dbnode  harm=(0 4)
Resd Norm=1.19e+02  at node I2.M0:int_g  harm=(0 4)

********** iter = 5 **********
Delta Norm=6.80e+00  at node I2.M0:sbnode  harm=(0 4)
Resd Norm=9.69e+01  at node I2.M0:int_g  harm=(0 4)

********** iter = 6 **********
Delta Norm=7.38e+00  at node I2.M0:sbnode  harm=(0 4)
Resd Norm=2.20e+01  at node I2.M0:int_g  harm=(0 4)

********** iter = 7 **********
Delta Norm=4.07e-01  at node I2.M0:dbnode  harm=(0 3)
Resd Norm=2.10e+01  at node I2.M0:int_g  harm=(0 4)

********** iter = 8 **********
Delta Norm=7.66e-01  at node I2.M0:dbnode  harm=(0 3)
Resd Norm=1.90e+01  at node I2.M0:int_g  harm=(0 4)

********** iter = 9 **********
Delta Norm=1.40e+00  at node I2.M0:dbnode  harm=(0 2)
Resd Norm=6.93e+00  at node I2.M0:int_g  harm=(0 4)

********** iter = 10 **********
Delta Norm=2.08e-01  at node I2.M0:dbnode  harm=(0 3)
Resd Norm=5.95e+00  at node I2.M0:int_g  harm=(0 4)

********** iter = 11 **********
Delta Norm=1.62e-01  at node I2.M0:dbnode  harm=(0 5)
Resd Norm=4.88e+00  at node I2.M0:int_g  harm=(0 4)

********** iter = 12 **********
Delta Norm=1.98e-01  at node I2.M0:dbnode  harm=(0 2)
Resd Norm=9.98e-01  at node I2.M0:int_g  harm=(0 4)

CPU time=10 s


Opening the PSF file ../psf/hb.fd.qpss_hb ...

Opening the PSF file ../psf/hb.fi.qpss_hb ...
Total time required for hb analysis `hb': CPU = 220.791 s (3m  40.8s), elapsed = 221.103 s (3m  41.1s).
Time accumulated: CPU = 221.123 s (3m  41.1s), elapsed = 221.849 s (3m  41.8s).
Peak resident memory used = 193 Mbytes.


Notice from spectre.
    19 notices suppressed.
    69 warnings suppressed.

modelParameter: writing model parameter values to rawfile.

Opening the PSF file ../psf/modelParameter.info ...
element: writing instance parameter values to rawfile.

Opening the PSF file ../psf/element.info ...
outputParameter: writing output parameter values to rawfile.

Opening the PSF file ../psf/outputParameter.info ...
designParamVals: writing netlist parameters to rawfile.

Opening the PSFASCII file ../psf/designParamVals.info ...
primitives: writing primitives to rawfile.

Opening the PSFASCII file ../psf/primitives.info.primitives ...
subckts: writing subcircuits to rawfile.

Opening the PSFASCII file ../psf/subckts.info.subckts ...