
32: System Vdd 5
32: System Vstep .1
32: System Highest 7
32: System Lowest  -2
32: System Dtmax 1e-4
32: System Timerelax 1e-20
32: System Timemin 1e-40
32: System Tol 0.000001
32: System Eqn_Epsilon 1e-40
32: System Vardone_Epsilon 1e-9
32: System Timefactor 2
32: System Timeincrease 2
32: System Iterfirstmax 30
32: System Srange 2
32: System Small 0.1
32: System Nodecap 10e-15


32: Moscap NonLinear
32: Moscap Lincap    600e-15
32: Moscap NonLincap 600e-15
32: Moscap Vtn       0.9
32: Moscap Vtp       0.9
32: Moscap kt/qn     4e-2

32: Ganglion CapVinGnd  4e-12
32: Ganglion CapVinVout 1e-12
32: Ganglion Threshold  1.785
32: Ganglion OutRes     20e6
32: Ganglion CapVLeak   5e-16
32: Ganglion Steepness  50
32: Ganglion I0         5e-16
32: Ganglion Vt         0.9
32: Ganglion kt/qn      0.04
32: Ganglion Early      50
32: Ganglion CbVin      10e-15
32: Ganglion CbVout     10e-15
32: Ganglion CbVleak    10e-15


32: Hres Voffset   0
32: Hres Ipos      1
32: Hres Ineg      1
32: Hres IKt/Qn    0.04
32: Hres I0        5e-16
32: Hres Vt        0.9
32: Hres Early     50
32: Hres kt/qn     .04
32: Hres CapVlow   5e-16
32: Hres CapVhigh  5e-16
32: Hres CapVdiff  5e-16
32: Hres CgbVin    10e-15
32: Hres CgbVout   10e-15
32: Hres CdbVlow   10e-15
32: Hres CgbVhigh  10e-15


32: Fwr Voffset   0
32: Fwr Ipos      1
32: Fwr Ineg      1
32: Fwr IKt/Qn    0.04
32: Fwr I0        5e-16
32: Fwr Vt        0.9
32: Fwr Early     50
32: Fwr kt/qn     .04
32: Fwr CapVset   5e-16
32: Fwr CapVout   5e-16
32: Fwr CapVdiff  5e-16
32: Fwr CgbVplus  10e-15
32: Fwr CgbVminus 10e-15
32: Fwr CdbVout   10e-15
32: Fwr CgbVset   10e-15

32: Hwr Voffset   0
32: Hwr Ipos      1
32: Hwr IKt/Qn    0.04
32: Hwr I0        5e-16
32: Hwr Vt        0.9
32: Hwr Early     50
32: Hwr kt/qn     .04
32: Hwr CapVset   5e-16
32: Hwr CapVout   5e-16
32: Hwr CapVdiff  5e-16
32: Hwr CgbVplus  10e-15
32: Hwr CgbVminus 10e-15
32: Hwr CdbVout   10e-15
32: Hwr CgbVset   10e-15

32: OpAmp Voffset   0
32: OpAmp Ipos      1
32: OpAmp Ineg      1
32: OpAmp IKt/Qn    0.04
32: OpAmp I0        5e-16
32: OpAmp Vt        0.9
32: OpAmp Early     50
32: OpAmp kt/qn     .04
32: OpAmp CapVset   5e-16
32: OpAmp CapVout   5e-16
32: OpAmp CapVdiff  5e-16
32: OpAmp CgbVplus  10e-15
32: OpAmp CgbVminus 10e-15
32: OpAmp CdbVout   10e-15
32: OpAmp CgbVset   10e-15

32: WrAmp Voffset   0
32: WrAmp Ipos      1
32: WrAmp Ineg      1
32: WrAmp IKt/Qn    0.04
32: WrAmp I0        5e-16
32: WrAmp Vt        0.9
32: WrAmp Early     50
32: WrAmp kt/qn     .04
32: WrAmp CapVset   5e-16
32: WrAmp CapVout   5e-16
32: WrAmp CapVdiff  5e-16
32: WrAmp CgbVplus  10e-15
32: WrAmp CgbVminus 10e-15
32: WrAmp CdbVout   10e-15
32: WrAmp CgbVset   10e-15

32: Pfet4 Cgd  5e-16
32: Pfet4 Cgs  5e-16
32: Pfet4 Cgb  10e-15
32: Pfet4 Cdb  10e-15
32: Pfet4 Csb  10e-15
32: Pfet4 W/L 1
32: Pfet4 Vt .9
32: Pfet4 I0 1.66e-16
32: Pfet4 Fitfactor 3.33
32: Pfet4 Kt/qn 0.04
32: Pfet4 Early 50

32: Nfet4 Cgd 5e-16
32: Nfet4 Cgs 5e-16
32: Nfet4 Cgb 10e-15
32: Nfet4 Cdb 10e-15
32: Nfet4 Csb 10e-15
32: Nfet4 W/L 1
32: Nfet4 Vt .9
32: Nfet4 I0 5e-16
32: Nfet4 Fitfactor 3.33
32: Nfet4 Kt/qn 0.04
32: Nfet4 Early 50

32: Nfet5 Cgd 5e-16
32: Nfet5 Cgs 5e-16
32: Nfet5 Cgb 1e-14
32: Nfet5 Cdb 1e-14
32: Nfet5 Csb 1e-14
32: Nfet5 W/L 1
32: Nfet5 Vt .852
32: Nfet5 Beta 53e-6
32: Nfet5 Kappa 0.676
32: Nfet5 Kt/q 0.025
32: Nfet5 Early 50


32: Pfet5 Cgd 5e-16
32: Pfet5 Cgs 5e-16
32: Pfet5 Cgb 1e-14
32: Pfet5 Cdb 1e-14
32: Pfet5 Csb 1e-14
32: Pfet5 W/L 1
32: Pfet5 Vt .852
32: Pfet5 Beta 21e-6
32: Pfet5 Kappa 0.676
32: Pfet5 Kt/q 0.025
32: Pfet5 Early 50

32: Pfet6 Cgd 5e-16
32: Pfet6 Cgs 5e-16
32: Pfet6 Cgb 1e-14
32: Pfet6 Cdb 1e-14
32: Pfet6 Csb 1e-14
32: Pfet6 Cwb 1e-14
32: Pfet6 W/L 1
32: Pfet6 Vt .852
32: Pfet6 Beta 21e-6
32: Pfet6 Kappa 0.676
32: Pfet6 Kt/q 0.025
32: Pfet6 Early 50

32: Nspc1 Cgd 5e-16
32: Nspc1 Cgs 5e-16
32: Nspc1 Cgb 1e-14
32: Nspc1 Cdb 1e-14
32: Nspc1 Csb 1e-14
32: Nspc1 Cb  1e-14
32: Nspc1 W   4
32: Nspc1 L   4
32: Nspc1 Vt .852
32: Nspc1 Beta 49e-6
32: Nspc1 Kappa 0.676
32: Nspc1 Kt/q 0.025
32: Nspc1 Early 50

32: Pspc1 Cgd 5e-16
32: Pspc1 Cgs 5e-16
32: Pspc1 Cgb 1e-14
32: Pspc1 Cdb 1e-14
32: Pspc1 Csb 1e-14
32: Pspc1 Cb  1e-14
32: Pspc1 W 4
32: Pspc1 L 4
32: Pspc1 Vt .852
32: Pspc1 Beta 27e-6
32: Pspc1 Kappa 0.676
32: Pspc1 Kt/q 0.025
32: Pspc1 Early 50

32: Npn1 Cbe 5e-17
32: Npn1 Cbc 5e-17
32: Npn1 CeSub 1e-15
32: Npn1 Cbubd 1e-15
32: Npn1 CcSub 1e-15
32: Npn1 Betaf 100
32: Npn1 Betar 1
32: Npn1 Is 1e-15
32: Npn1 Kt/q 0.025
32: Npn1 Vcrow 0.8

32: Pnp1 Cbe 5e-17
32: Pnp1 Cbc 5e-17
32: Pnp1 CeSub 1e-15
32: Pnp1 Cbubd 1e-15
32: Pnp1 CcSub 1e-15
32: Pnp1 Betaf 100
32: Pnp1 Betar 1
32: Pnp1 Is 1e-15
32: Pnp1 Kt/q 0.025
32: Pnp1 Vcrow 0.8

32: Npn2 Cbe 5e-17
32: Npn2 Cbc 5e-17  
32: Npn2 CeSub 1e-15 
32: Npn2 Cbubd 1e-15 
32: Npn2 CcSub 1e-15 
32: Npn2 Betaf 100   
32: Npn2 Betar 0.26  
32: Npn2 Is 1.28e-16
32: Npn2 Kt/q 0.025
32: Npn2 Vcrow 0.8
32: Npn2 Va 20.0

32: Pnp2 Cbe 5e-17
32: Pnp2 Cbc 5e-17
32: Pnp2 CeSub 1e-15    
32: Pnp2 Cbubd 1e-15    
32: Pnp2 CcSub 1e-15    
32: Pnp2 Betaf 100      
32: Pnp2 Betar 0.4
32: Pnp2 Is 1.0e-14
32: Pnp2 Kt/q 0.025
32: Pnp2 Vcrow 0.8
32: Pnp2 Va 6.0 

32: Diode1 Is 1e-15
32: Diode1 Kt/qn 0.025
32: Diode1 Vcrow 0.8

32: Resfloat  Res 1000

32: Capfloat  Cap 300e-15

32: Iswitch1  Crowbar 0.1
32: Iswitch1  Type Bistable
32: Iswitch1  Bistable  IInit 0
32: Iswitch1  Bistable  Ipulse 10e-9
32: Iswitch1  Bistable  Rise  300e-6
32: Iswitch1  Bistable  Fall  300e-6
32: Iswitch1  Bistable  State off
32: Iswitch1  Monostable IInit 0
32: Iswitch1  Monostable Ipulse 10e-9
32: Iswitch1  Monostable Rise 300e-6
32: Iswitch1  Monostable Fall 300e-6
32: Iswitch1  Monostable Width 600e-6

32: Iswitch2  Crowbar 0.1
32: Iswitch2  Type Bistable
32: Iswitch2  Bistable  IInit 0
32: Iswitch2  Bistable  Ipulse 10e-9
32: Iswitch2  Bistable  Rise  300e-6
32: Iswitch2  Bistable  Fall  300e-6
32: Iswitch2  Bistable  State off
32: Iswitch2  Monostable IInit 0
32: Iswitch2  Monostable Ipulse 10e-9
32: Iswitch2  Monostable Rise 300e-6
32: Iswitch2  Monostable Fall 300e-6
32: Iswitch2  Monostable Width 600e-6

32: Numbers Message Welcome To anaLOG

32: Iscope Vnull ~
32: Iscope INull Not On a Pin
32: Iscope Prec 3

32: Idiff Freeze Off
32: Idiff Crowbar 0.1
32: Idiff Type DC
32: Idiff DC 1e-9
32: Idiff Sine Offset 5e-9
32: Idiff Sine Amp 1e-9
32: Idiff Sine Freq 1000
32: Idiff Sine Phase 0
32: Idiff Sine Delay 0
32: Idiff Pulse IInit 0
32: Idiff Pulse IPulse 100e-9
32: Idiff Pulse Delay 600e-6
32: Idiff Pulse Rise  300e-6
32: Idiff Pulse Fall  300e-6
32: Idiff Pulse Width 600e-6
32: Idiff Pulse Period 2000e-6
32: Idiff Pulse Rdelay 0

32: Vswitch  Res 50
32: Vswitch  Type Bistable
32: Vswitch  Bistable  VInit 0
32: Vswitch  Bistable  Vpulse 5
32: Vswitch  Bistable  Rise  300e-6
32: Vswitch  Bistable  Fall  300e-6
32: Vswitch  Bistable  State Off
32: Vswitch  Monostable VInit 0
32: Vswitch  Monostable Vpulse 5
32: Vswitch  Monostable Rise 300e-6
32: Vswitch  Monostable Fall 300e-6
32: Vswitch  Monostable Width 600e-6

32: Mmeter Vnull ~
32: Mmeter INull Not On A Pin
32: Mmeter Prec 3

32: Vdiff Freeze Off
32: Vdiff Res 50
32: Vdiff Type DC
32: Vdiff DC 0
32: Vdiff Sine Offset 2.5
32: Vdiff Sine Amp 1
32: Vdiff Sine Freq 1000
32: Vdiff Sine Phase 0
32: Vdiff Sine Delay 0
32: Vdiff Pulse Vinit 0
32: Vdiff Pulse VPulse 5
32: Vdiff Pulse Delay 600e-6
32: Vdiff Pulse Rise  300e-6
32: Vdiff Pulse Fall  300e-6
32: Vdiff Pulse Width 600e-6
32: Vdiff Pulse Period 2000e-6
32: Vdiff Pulse Rdelay 0

32: Stairs Freeze Off
32: Stairs Res 50
32: Stairs Type Stairs
32: Stairs Stairstep Vstart 0
32: Stairs Stairstep Vend 5
32: Stairs Stairstep Numsteps 5
32: Stairs Stairstep Steptime 600e-6
32: Stairs Stairstep Tran 300e-6
32: Stairs Stairstep Rdelay 0

32: PWL DataFile internal
32: PWL Radius 1.0
 
32: RTD Sharpness 100
32: RTD NDRSV 0.1
32: RTD NDREV 0.2
32: RTD VllyC 0.0002
32: RTD TailC 1e-6
32: RTD TailV 0.1
32: RTD Mode 0
32: RTD eOnsRes 100
32: RTD aOnsC 1e-5
32: RTD aOnsV 0.1

