Can someone help me, I don't know how to show the differences between the output and input voltages on the graph.
I have two voltages at the input: Vin1 and Vin2, at the output I have Vout1 and Vout2
I wanted to show the differences (Vout2 - Vout1) for different inputs (Vin1 = 0 - 0.4 V and Vin2 = 0 - 0.4 V) on the graph.
This is the code I am using now, but it doesn't show the differences in voltages:
Device NVESFET
{
File
{
* input file
Grid = "N_r50o4_s4e+17_p1e+19_msh.tdr"
* output file:
Plot = "Nx_ddr50o4_s4e+17_p1e+19_des.tdr"
Current = "Nx_ddr50o4_s4e+17_p1e+19_des.plt"
}
Electrode
{
{ Name="Source" Voltage=0.0 }
{ Name="Drain" Voltage=0.0 }
{ Name="Gate1" Voltage=0.0 }
{ Name="Gate2" Voltage=0.0 }
}
Physics
{
AreaFactor=0.2
Fermi
EffectiveIntrinsicDensity
(
BandGapNarrowing (OldSlotboom)
)
Mobility
(
DopingDependence
HighFieldSaturation
# eHighFieldsat(CarrierTempDrive)
# hHighFieldsat(GradQuasiFermi)
Enormal
)
Recombination
(
# SRH (DopingDep)
# eAvalanche(CarrierTempDrive)
# hAvalanche(Eparallel)
# Avalanche(GradQuasiFermi)
)
}
}
Device PVESFET
{
File
{
* input file
Grid = "P_r50o4_s4e+17_p1e+19_msh.tdr"
* output file:
Plot = "Px_ddr50o4_s5e+17_p1e+19_des.tdr"
Current = "Px_ddr50o4_s5e+17_p1e+19_des.plt"
}
Electrode
{
{ Name="Source" Voltage=0.0 }
{ Name="Drain" Voltage=0.0 }
{ Name="Gate1" Voltage=0.0 }
{ Name="Gate2" Voltage=0.0 }
}
Physics
{
AreaFactor=0.2
Fermi
EffectiveIntrinsicDensity
(
BandGapNarrowing (OldSlotboom)
)
Mobility
(
DopingDependence
HighFieldSaturation
# eHighFieldsat(CarrierTempDrive)
# hHighFieldsat(GradQuasiFermi)
Enormal
)
Recombination
(
# SRH (DopingDep)
# eAvalanche(CarrierTempDrive)
# hAvalanche(Eparallel)
# Avalanche(GradQuasiFermi)
)
}
}
System
{
Vsource_pset vdd (dd 0) { dc = 0.0 }
Vsource_pset vin1 (in1 0) { dc = 0.0 }
Vsource_pset vin2 (in2 0) { dc = 0.0 }
Vsource_pset vup (up 0) { dc = 0.0 }
# Differential Amplifier
# Resistor_pset r1 (dd out1) { resistance = 10k}
# Resistor_pset r2 (dd out2) { resistance = 10k}
# Left pair
NVESFET n1 ( "Source"=SN1 "Drain"=out1 "Gate1"=in1 "Gate2"=in1 )
PVESFET p1 ( "Source"=dd "Drain"=out1 "Gate1"=up "Gate2"=up )
# Right pair
NVESFET n4 ( "Source"=SN1 "Drain"=out2 "Gate1"=in2 "Gate2"=in2 )
PVESFET p3 ( "Source"=dd "Drain"=out2 "Gate1"=up "Gate2"=up )
# Current Source
PVESFET p2 ( "Source"=dd "Drain"=DP2 "Gate1"=0 "Gate2"=0 )
NVESFET n2 ( "Source"=0 "Drain"=SN1 "Gate1"=DP2 "Gate2"=DP2 )
NVESFET n3 ( "Source"=0 "Drain"=DP2 "Gate1"=DP2 "Gate2"=DP2 )
Capacitor_pset cout ( out1 0 ){ capacitance = 3e-14 }
Plot "WR_0406.plt"
(
time()
# Input voltage
v(in) v(in2)
# Output voltage
v(out1) v(out2)
# Output current
i(n1,out1) i(n4,out2)
# Current Source current
i(n2,SN1)
)
}
Math
{
Extrapolate
RelErrControl
Digits=4
Notdamped=50
Iterations=12
Transient=BE
Method=Blocked
SubMethod=ParDiSo
}
Solve
{
NewCurrentPrefix="init_wr1"
Coupled(Iterations=100){ Poisson }
Coupled
{
Poisson Electron Hole Contact Circuit
}
Quasistationary
(
InitialStep=1e-3 Increment=1.35
MinStep=1e-5 MaxStep=0.05
Goal
{
Parameter=vdd.dc Voltage= 0.8
}
)
{
Coupled
{
n1.poisson n1.electron n1.hole n1.contact
n2.poisson n2.electron n2.hole n2.contact
n3.poisson n3.electron n3.hole n3.contact
n4.poisson n4.electron n4.hole n4.contact
p1.poisson p1.electron p1.hole p1.contact
p2.poisson p2.electron p2.hole p2.contact
p3.poisson p3.electron p3.hole p3.contact
circuit
}
}
Quasistationary
(
InitialStep=1e-3 Increment=1.35
MinStep=1e-5 MaxStep=0.05
Goal
{
Parameter=vup.dc Voltage= 0.001
}
)
{
Coupled
{
n1.poisson n1.electron n1.hole n1.contact
n2.poisson n2.electron n2.hole n2.contact
n3.poisson n3.electron n3.hole n3.contact
n4.poisson n4.electron n4.hole n4.contact
p1.poisson p1.electron p1.hole p1.contact
p2.poisson p2.electron p2.hole p2.contact
p3.poisson p3.electron p3.hole p3.contact
circuit
}
}
NewCurrentPrefix="0406_"
Quasistationary
(
InitialStep=1e-3 Increment=1.35
MinStep=1e-5 MaxStep=0.01
Goal
{
Parameter=vin1.dc Voltage= 0.0
}
)
{
Coupled
{
n1.poisson n1.electron n1.hole n1.contact
n2.poisson n2.electron n2.hole n2.contact
n3.poisson n3.electron n3.hole n3.contact
n4.poisson n4.electron n4.hole n4.contact
p1.poisson p1.electron p1.hole p1.contact
p2.poisson p2.electron p2.hole p2.contact
p3.poisson p3.electron p3.hole p3.contact
circuit
}
}
Quasistationary
(
InitialStep=1e-3 Increment=1.35
MinStep=1e-5 MaxStep=0.01
Goal
{
Parameter=vin2.dc Voltage= 0.4
}
)
{
Coupled
{
n1.poisson n1.electron n1.hole n1.contact
n2.poisson n2.electron n2.hole n2.contact
n3.poisson n3.electron n3.hole n3.contact
n4.poisson n4.electron n4.hole n4.contact
p1.poisson p1.electron p1.hole p1.contact
p2.poisson p2.electron p2.hole p2.contact
p3.poisson p3.electron p3.hole p3.contact
circuit
}
}
}
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