go atlas
mesh width=100 outf=tft_BIO.str
x.m l=0 s=1
x.m l=4 s=0.1
x.m l=26 s=0.1
x.m l=30 s=1
#======================================
y.m l=0 s=0.01
y.m l=0.05 s=0.01
y.m l=0.15 s=0.50
#======================================
region num=1 material=igzo y.min=0 y.max=0.05
region num=2 material=sio2 y.min=0.05 y.max=0.15
#======================
===========
elec num=1 name=gate bottom
elec num=2 name=source y.max=0.0 x.min=0.0 x.max=5
elec num=3 name=drain y.max=0.0 x.min=25 x.max=30
#======================================
contact num=1 p.poly
contact num=2 workf=4.16
contact num=3 workf=4.16
#======================================
material material=igzo eg300=3.2 mun=12
models fermi print
#======================================
defects nta=4e20 ntd=1.55e20 wta=0.057 wtd=0.110 \
ngd=4e18 egd=3.00 wgd=0.14 \
nga=5.57e18 ega=2.0 wga=0.14 \
sigtae=1e-15 sigtah=1e-15 sigtde=1e-15 sigtdh=1e-15 \
siggae=1e-15 siggah=1e-15 siggde=1e-15 siggdh=1e-15 \
dfile=BIO_don.dat afile=BIO_acc.dat continuous numa=200 numd=200
#======================================
solve init
solve vdrain=0.1
save outf=tft_BIO_D01V.str
tonyplot tft_BIO_D01V.str
#======================================
log outf=tft_BIO_neg.log
solve vgate=0 vstep=-.5 vfinal=-10 name=gate
log off
load inf=tft_BIO_D01V.str master
solve prev
log outf=tft_BIO_pos.log
solve vstep=1 vfinal=30 name=gate
log off
#======================================
tonyplot tft_BIO_neg.log -overlay tft_BIO_pos.log
quit
result:-
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