template mmbta63lt1 c b e
#*********************************************************************
#               This template created by Analogy, Inc.               *
#           for exclusive use with the Saber(TM) simulator.          *
#           Copyright 1997, Analogy, Inc.                            *
#   This template may not be  reproduced in any way (physically or   *
#   electronically)  without permission  from Analogy,  Inc.   The   *
#   content  of this template is subject to change without notice.   *
#   Analogy does not assume liability for the use of this template   *
#   or the results obtained from using it.                           *
#*********************************************************************
# Model generated on Apr 14, 98
# MODEL FORMAT: Saber
# Darlington macro model
# External node designations
# Node c -> Collect
# Node b -> Base
# Node e -> Emitter
electrical c,b,e

external number temp

string part_type  = "bjt"
string part_class = "darlington"

export val i  ic, ib
export val p  pwrd
export val tc tempj

{
# BODY_BEGIN
# Default values used in dmodel
#   EG=1.11 TT=0 BV=infinite
spd..model dmodel=(
is=1e-12,rs=0,n=0.5,xti=0.5,
cjo=0,vj=0.75,m=0.33,fc=0.5)
spq..model qmodel=(type=_p,
is=1.26184e-14,bf=309.375,nf=1.06922,vaf=30,
ikf=0.00211028,ise=2.71282e-14,ne=1.53483,br=3.75284,
nr=0.958599,var=10,ikr=1e-05,isc=2.71282e-14,
nc=4,rb=0.1,irb=0.1,rbm=0.1,
re=0.0001,rc=99.3883,xtb=1.00315,xti=4,eg=1.206,
cje=3e-12,vje=0.75,mje=0.33,tf=1e-11,
xtf=1,vtf=10,itf=0.01,cjc=5e-12,
vjc=0.75,mjc=0.33,xcjc=0.9,fc=0.5,
tr=1e-07,ptf=0,kf=0,af=1)
spq..model q1m=(type=_p,
is=1.26184e-14,bf=309.375,nf=1.06922,vaf=30,
ikf=0.00211028,ise=2.71282e-14,ne=1.53483,br=3.75284,
nr=0.958599,var=10,ikr=1e-05,isc=2.71282e-14,
nc=4,rb=0.1,irb=0.1,rbm=0.1,
re=0.0001,rc=99.3883,xtb=1.00315,xti=4,eg=1.206,
cje=3e-12,vje=0.75,mje=0.33,tf=1e-11,
xtf=1,vtf=10,itf=0.01,cjc=0,
vjc=0.75,mjc=0.33,xcjc=0.9,fc=0.5,
tr=1e-07,ptf=0,kf=0,af=1)
spq.q1 c b d d=model=qmodel
spq.q2 c d e e=model=q1m,area=64.3815
spd.d1 c e=model=dmodel

pwrd  = pwrd(spq.q1) + pwrd(spq.q2) + pwrd(spd.d1))
icc   =   icc(spq.q2)
ib    =   icc(spq.q1) - iee(spq.q1)
tempj = tempj(spq.q2)
}