OFET

go atlas

mesh smooth=1 space.mult=1 width=100

x.m l=0 s=.1

x.m l=10 s=.05

x.m l=15 s=.1

x.m l=20 s=.05

x.m l=30 s=.1

y.m l=-.03 s=.005

y.m l=0 s=.001

y.m l=.015 s=.001

y.m l=.03 s=.001

y.m l=.0325 s=.01

y.m l=.0357 s=.01

y.m l=.0557 s=.01

region num=1 user.material=pentacene x.min=0 x.max=30 y.min=0 y.max=.03

region num=2 material=al2o3 y.min=.03 y.max=.0357

region num=3 material=air x.min=10 x.max=20 y.min=-.03 y.max=0

electrode num=1 name=source x.max=10 y.min=-.03 y.max=0 material=gold

electrode num=2 name=gate x.max=10 y.min=.0357 y.max=0.0557 material=aluminum

electrode num=3 name=drain x.min=20 y.min=-.03 y.max=0 material=gold

material material=pentacene eg300=2.8 nc300=1e21 nv300=1e21 permittivity=4.0 mun=5e-5 mup=.85

material material=al2o3 permittivity=4.5

contact name=source workfun=5.1

contact name=drain workfun=5.1

contact name=gate workfun=4.28

odfects fast dfile=don.dat afile=acc.dat nfa=2.5e18 ntd=1e10 wta=.129 wtd=.5 nga=0 ngd=0 ega=.62 egd=.78 wga=.15 wgd=.15 sigtae=1e-17 sigtah=1e-15 sigtde=1e-15 sigtdh=1e-17 siggae=2e-16 siggah=2e-15 siggda=2e-17 siggdh=2e-16

mobility deltaep.pfmob=1.799e-2 betap.pfmob=7.758e-5

model pfmob.p print

output val.band con.band band.param

save outfile=hagen.str

tonyplot hagen.str

solve init

method carriers=1 hole maxtrap=5

solve vdrain=0

solve vdrain=-.0326

solve vdrain=-.065

solve vdrain=-.1

solve vdrain=-.5

solve vdrain=-1

solve vdrain=-1.5

log outf=idvg.log

solve ac freq=1e6 vgate=0 vstep=.1 vfinal=3 name=gate

log off

tonyplot idvg.log

quit