go atlas
mesh space.mult=1
x.m l=0 s=0.5
x.m l=10 s=0.5
x.m l=15 s=0.5
x.m l=20 s=0.5
x.m l=30 s=0.5
y.m l=-0.03 s=0.01
y.m l=0 s=0.005
y.m l=0.015 s=0.003
y.m l=0.03 s=0.005
y.m l=0.0325 s=0.001
y.m l=0.0357 s=0.001
y.m l=0.0557 s=0.0025
region num=1 material=Pentacene x.min=0 x.max=30 y.min=-0.03 y.max=0.03 acceptor=7e17
region num=2 material=Al2O3 x.min=0 x.max=30 y.min=0.03 y.max=0.0357
electrode num=1 name=source x.max=10 y.min=0.0 y.max=0.03 material=Gold
electrode num=2 name=gate x.min=0 x.max=30 y.min=0.0357 y.max=0.0557 material=Aluminium
electrode num=3 name=drain x.min=20 y.min=0.00 y.max=0.03 material=Gold
material material=Pentacene eg300=2.8 nc300=1e21 nv300=1e21 permittivity=4.0
material material=Al2O3 permittivity=4.5
#
mobility region=1 deltaep.pfmob=0.0179 betap.pfmob=7.75e-5 mun=5e-5 mup=0.85
#
models conmob srh fermi print
models region=1 pfmob.p
#
method newton autonr trap
#
contact name=gate workfun=4.6
contact name=source workfun=5.1
contact name=drain workfun=5.1
#
solve init
solve prev
solve vdrain=2.5
log outf=abc0.log
solve vgate=-20 name=gate vstep=1 vfinal=20
tonyplot abc0.log
output val.band con.band band.param
save outf=abc.str
tonyplot abc.str
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