component template hgtg11n120cn a g k = model,
        group, tol, mc, ic, change,
        ratings, rth_ja, rth_jc, rth_hs, part_type, part_class

################################################################################
#                                                                              #
#  Saber model for HGTG11N120CN, HGTP11N120CN & HGT1S11N120CNS                 #
#  1200V size 4 C NPT IGBT                                                     #
#  Created by Fairchild Semiconductor                                          #
#  Created on May 15 1998                                                      #
#                                                                              #
################################################################################

electrical a,g,k

external number temp, include_stress

string part_type  = "IGBT" 
string part_class  = "Standard"

igbtype..model_typ  model=()
igbtype..tol    tol=()
igbtype..change    change=()
igbtype..group      group=typical
igbtype..mc         mc=yes

# STRESS RATINGS
igbt..ratings ratings = (tjmax = 150, tjmin = -55, pdmax_ja = undef,
        pdmax_jc = 297, vakmax = 1200, vgkmax = 20, iaavg = 20, iamax = 160)

number rth_ja = undef, rth_jc = .42, rth_hs = undef 

export val i  ianode, icathode, ig
export val p  pwrd
export val tc tempj


number ic[2]=[undef,undef]


{

  igbtype..model_cfg model_cfg=()
  number   enums=model_cfg->enums, numbers=model_cfg->numbers,
    index = 1
  igbtype..track  track=()

<igbtchs.sin

        igbtype..model_triples  model_triples=(
	tauhl=[20u,20u,20u], wb=[0.018,0.018,0.018], nb=[7.0e13,7.0e13,7.0e13],
        a=[0.149,0.149,0.149], agd=[0.148,0.148,0.148], isne=[1.8e-11,1.5e-11,1.8e-11],
        vt=[7.8,7.8,7.8], rs=[100u,100u,100u], theta=[0.02,0.02,0.02],
        kf=[3,3,3], kp=[12,12,12],cgs=[5.54n,5.54n,5.54n], coxd=[9.4n,9.4n,9.4n], 
        vtd=[-2,-2,-2], bvcbo=[3k,3k,3k], bvn=[6,6,6], tnom=[27,27,27],
        gmin=[1p,1p,1p], mun=[1500,1500,1500], mup=[470,470,470],
        pb=[0.6,0.6,0.6], fc=[0.5,0.5,0.5], mj=[0.5,0.5,0.5],
        tauhltexp=[3,3,3], isnetexp=[1.2,0.5,1.2], vttco=[-7.0m,-7.0m,-7.0m],
        thetatexp=[0,0,0], kftexp=[0,0,0], kptexp=[0.8,0.8,0.8],
        vtdtco=[0,0,0], bvcbotexp=[0.35,0.35,0.35], bvntexp=[0,0,0],
        alpha=[2.5,2.5,2.5], fxjbe=[0.5,0.5,0.5], fxjbm=[0.75,0.75,0.75],
        vbigd=[0.6,0.6,0.6], a_ref=[0.421,0.421,0.421], kfl=[0.1,0.1,0.1],
        dvtl=[1,1,1], rg=[0.5,0.5,0.5])

  igbtype..tol    range=()
  igbtype..dist    dist=()
  igbtype..proto_dist  proto_dist=()
  igbtype..model result=()
  igbtype..model default=()
  foreign pmset 

parameters {
        if      (group==high_gain)  index = 2
        else if (group==high_speed) index = 3
        else if (group==low_gain)   index = 4
        else if (group==low_speed)  index = 5
        result = pmset(enums,numbers,mc,addr(model_triples),addr(model),
                addr(default),addr(change),addr(tol),addr(range),
                addr(choice[index]),addr(dist),addr(track),proto_dist)
        }
igbt.q1 a g k = model=result, ic=ic, ratings=ratings,
        rth_ja=rth_ja, rth_jc=rth_jc, rth_hs=rth_hs,
        part_type=part_type, part_class=part_class

        pwrd  =  pwrd(igbt.q1)
        tempj = tempj(igbt.q1)
        ianode = ianode(igbt.q1)
        ig = ig(igbt.q1)
        icathode = ianode - ig
}