//
// swjuncap_paramset.va
//
// The following paramsets handle the implementation of BSIM4-like
// junction area/perimeters, except for the difference between
// W and WEFF for SWJUNCAP=3; this mimics the behavior implemented
// directly in PSP101.0.
//
// Uses the Verilog-A definition of PSP100.1, found at
// http://pspmodel.ee.psu.edu/downloads/psp100.1.tar.gz

// Spectre wants the module to be defined in this file;
// HSpice wants the module to be included in the netlist
`include "disciplines.h"
`ifdef CDS_MMSIM6_0_KERNEL_OR_LATER
`include "psp.va"
`endif


// SWJUNCAP = 0, no junctions
paramset nmos_va nmos_base;
    // paramset parameters are "instance parameters"
    parameter  real    L        =  10e-6    from [1e-9  : inf);
    parameter  real    W        =  10e-6    from [1e-9  : inf);
    parameter  integer SWJUNCAP =  0        from [0:1);
    .L = L;
    .W = W;
endparamset

// SWJUNCAP = 1, PSP standard
paramset nmos_va nmos_base;
    // paramset parameters are "instance parameters"
    parameter  real    L        =  10e-6    from [1e-9  : inf);
    parameter  real    W        =  10e-6    from [1e-9  : inf);
    parameter  integer SWJUNCAP =  1        from (0:1];
    parameter  real    ABDRAIN  =  1e-12    from [1e-12 : inf);
    parameter  real    ABSOURCE =  1e-12    from [1e-12 : inf);
    parameter  real    LSDRAIN  =  1e-6     from [1e-6  : inf);
    parameter  real    LSSOURCE =  1e-6     from [1e-6  : inf);
    parameter  real    LGDRAIN  =  1e-6     from [1e-6  : inf);
    parameter  real    LGSOURCE =  1e-6     from [1e-6  : inf);
    .L = L;
    .W = W;
    .SWJUNCAP = 1;
    .ABDRAIN  = ABDRAIN;
    .ABSOURCE = ABSOURCE;
    .LSDRAIN  = LSDRAIN;
    .LSSOURCE = LSSOURCE;
    .LGDRAIN  = LGDRAIN;
    .LGSOURCE = LGSOURCE;
endparamset

// SWJUNCAP = 2, BSIM4 permod=0
paramset nmos_va nmos_base;
    // paramset parameters are "instance parameters"
    parameter  real    L        =  10e-6    from [1e-9  : inf);
    parameter  real    W        =  10e-6    from [1e-9  : inf);
    parameter  integer PERMOD   =  0        from [0:1);
    parameter  real    AD       =  0.0      from [0.0   : inf);
    parameter  real    AS       =  0.0      from [0.0   : inf);
    parameter  real    PD       =  0.0      from [0.0   : inf);
    parameter  real    PS       =  0.0      from [0.0   : inf);
    .L = L;
    .W = W;
    .SWJUNCAP = 1;
    .ABDRAIN  = (AD > 1p) ? AD : 1p;
    .ABSOURCE = (AS > 1p) ? AS : 1p;
    .LSDRAIN  = (PD > 1u) ? PD : 1u;
    .LSSOURCE = (PS > 1u) ? PS : 1u;
    .LGDRAIN  = 0;
    .LGSOURCE = 0;
endparamset

// SWJUNCAP = 3, BSIM4 permod=1
// note: default value of PERMOD=0 is disallowed by range specification,
//  so PERMOD=1 *must* be specified for the instance to get this paramset
paramset nmos_va nmos_base;
    // paramset parameters are "instance parameters"
    parameter  real    L        =  10e-6    from [1e-9  : inf);
    parameter  real    W        =  10e-6    from [1e-9  : inf);
    parameter  integer PERMOD   =  0        from (0:1];
    parameter  real    AD       =  0.0      from [0.0   : inf);
    parameter  real    AS       =  0.0      from [0.0   : inf);
    parameter  real    PD       =  0.0      from [0.0   : inf);
    parameter  real    PS       =  0.0      from [0.0   : inf);
    localparam real    LSDRAIN  = (PD-W);
    localparam real    LSSOURCE = (PS-W);
    .L = L;
    .W = W;
    .SWJUNCAP = 1;
    .ABDRAIN  = (AD > 1p) ? AD : 1p;
    .ABSOURCE = (AS > 1p) ? AS : 1p;
    .LSDRAIN  = (LSDRAIN  > 1u) ? LSDRAIN  : 1u;
    .LSSOURCE = (LSSOURCE > 1u) ? LSSOURCE : 1u;
    .LGDRAIN  = W;
    .LGSOURCE = W;
endparamset


paramset nmos_base PSPVA;
    // paramset parameters are "instance parameters"
    parameter real    L        =  10e-6    from [1e-9  : inf);
    parameter real    W        =  10e-6    from [1e-9  : inf);
    parameter integer SWJUNCAP =  0        from [0:1];
    parameter real    ABDRAIN  =  1e-12    from [0.0   : inf);
    parameter real    ABSOURCE =  1e-12    from [0.0   : inf);
    parameter real    LSDRAIN  =  1e-6     from [0.0   : inf);
    parameter real    LSSOURCE =  1e-6     from [0.0   : inf);
    parameter real    LGDRAIN  =  1e-6     from [0.0   : inf);
    parameter real    LGSOURCE =  1e-6     from [0.0   : inf);
    .L = L;
    .W = W;
    .SWJUNCAP = SWJUNCAP;
    .ABDRAIN  = ABDRAIN;
    .ABSOURCE = ABSOURCE;
    .LSDRAIN  = LSDRAIN;
    .LSSOURCE = LSSOURCE;
    .LGDRAIN  = LGDRAIN;
    .LGSOURCE = LGSOURCE;

    // remaining parameters are "model parameters"
    .LEVEL=100;
    .TYPE=1;
    .TR=25.00;
    .SWIGATE=1.000;
    .SWIMPACT=0.000;
    .SWGIDL=0.000;
    .LVAR0=-13.00n;
    .LVARL=0.000;
    .LVARW=0.000;
    .LAP=12.50n;
    .WVAR0=11.00n;
    .WVARL=0.000;
    .WVARW=0.000;
    .WOT=0.000;
    .VFB0=-1.100;
    .VFBL=0.000;
    .VFBW=0.000;
    .VFBLW=0.000;
    .STVFB0=584.9u;
    .STVFBL=20.43m;
    .STVFBW=-20.60m;
    .STVFBLW=3.000m;
    .TOX=1.500n;
    .NSUB0=3.00754E+23;
    .NSUB0W=-8.105m;
    .WSEG=138.8p;
    .NPCK=9.06539E+23;
    .NPCKW=-4.841m;
    .WSEGP=90.21n;
    .LPCK=55.04n;
    .LPCKW=-57.35m;
    .VNSUB=0.000;
    .NSLP=50.00m;
    .DNSUB=0.000;
    .NP0=1.60000E+26;
    .NPL=10.72e-18;
    .QMC=1.000;
    .CT0=4.441f;
    .CTL=37.42m;
    .CTW=0.000;
    .CTLEXP=598.8m;
    .TOXOV=1.5n;
    .LOV=13.30n;
    .NOV=7.50000E+25;
    .F0L1=17.27m;
    .F0L2=5.303u;
    .AF0=106.9m;
    .AFL=124.6u;
    .AFLEXP=1.707;
    .AFW=38.75m;
    .BFL=0.000;
    .CFL=317.0u;
    .CFLEXP=2.053;
    .CFW=46.14m;
    .CFB=293.0m;
    .U0=34.00m;
    .FBET1=-335.0m;
    .FBET1W=149.3m;
    .LP1=185.0n;
    .LP1W=-24.89m;
    .FBET2=51.00;
    .LP2=863.0p;
    .BETW1=60.75m;
    .BETW2=-17.51m;
    .WBET=541.2p;
    .STBET0=1.782;
    .STBETL=-18.73m;
    .STBETW=-18.50m;
    .STBETLW=-3.162m;
    .MUE0=610.0m;
    .MUEW=-11.84m;
    .STMUE=511.0m;
    .THEMU=2.789;
    .STTHEMU=-106.9m;
    .CS0=10.00m;
    .CSW=0.000;
    .STCS=-5.000;
    .XCOR0=130.0m;
    .XCORL=2.000m;
    .XCORW=-29.00m;
    .XCORLW=-3.641m;
    .STXCOR=1.180;
    .RSW1=31.57;
    .RSW2=56.00m;
    .STRS=-2.044;
    .RSB=0.000;
    .RSG=0.000;
    .THESAT0=1.000u;
    .THESATL=600.0m;
    .THESATLEXP=760.0m;
    .THESATW=-11.50m;
    .STTHESAT0=1.534;
    .STTHESATL=-22.17m;
    .STTHESATW=-20.36m;
    .STTHESATLW=-4.660m;
    .THESATB=166.5m;
    .THESATG=690.0m;
    .SO=990.0m;
    .AX0=20.00;
    .AXL=217.9m;
    .ALPL=7.332m;
    .ALPLEXP=608.4m;
    .ALPW=45.93m;
    .ALP1L1=24.89m;
    .ALP1L2=110.4m;
    .ALP1LEXP=406.1m;
    .ALP1W=8.455m;
    .ALP20=478.8m;
    .ALP2L=444.1e-18;
    .ALP2W=-160.00m;
    .VP=250.0m;
    .A10=1.000;
    .A1L=0.000;
    .A1W=0.000;
    .A2=10.00;
    .STA2=-523.7m;
    .A30=1.000;
    .A3L=0.000;
    .A3W=0.000;
    .A40=0.000;
    .A4W=0.000;
    .GC0=4.475;
    .IGINVLW=18.19;
    .IGOVW=11.00;
    .GC2=1.393;
    .GC3=-959.7m;
    .CHIB=3.100;
    .STIG=1.300;
    .AGIDLW=0.000;
    .BGIDL=28.96;
    .STBGIDL=-436.7u;
    .CGIDL=134.0m;
    .CGBOVL=0.000;
    .IFKW=35.00e-18;
    .IFC=1.000;
    .IFVBI=1.200;
    .CFRW=55.00e-18;
    .NFALW=8.00000E+22;
    .NFBLW=30.00M;
    .NFCLW=0.000;
    .DTA=0.000;
    .TRJ=21.00;
    .IMAX=1.000;
    .CJORBOT=890.6u;
    .CJORSTI=0.000;
    .CJORGAT=517.3p;
    .VBIRBOT=718.8m;
    .VBIRSTI=956.3m;
    .VBIRGAT=881.2m;
    .PBOT=344.7m;
    .PSTI=390.2m;
    .PGAT=602.5m;
    .PHIGBOT=1.137;
    .PHIGSTI=1.150;
    .PHIGGAT=618.6m;
    .IDSATRBOT=48.86n;
    .IDSATRSTI=0.000;
    .IDSATRGAT=0.000;
    .CSRHBOT=500.0;
    .CSRHSTI=0.000;
    .CSRHGAT=5.697K;
    .XJUNSTI=31.68n;
    .XJUNGAT=1.000n;
    .CTATBOT=500;
    .CTATSTI=0.000;
    .CTATGAT=5.697K;
    .MEFFTATBOT=200.0m;
    .MEFFTATSTI=250.0m;
    .MEFFTATGAT=200.0m;
    .CBBTBOT=0.000;
    .CBBTSTI=0.000;
    .CBBTGAT=0.000;
    .FBBTRBOT=1.000G;
    .FBBTRSTI=1.000G;
    .FBBTRGAT=1.745G;
    .STFBBTBOT=0.000;
    .STFBBTSTI=0.000;
    .STFBBTGAT=-22.44m;
    .VBRBOT=10.00;
    .VBRSTI=10.00;
    .VBRGAT=7.250;
    .PBRBOT=2.500;
    .PBRSTI=4.000;
    .PBRGAT=2.000;
endparamset