Wiki source for SpiceSimulationBias
=====SPICE Arbeitspunktanalyse=====
Arbeitspunktanalyse - einer der Grundlegenden Simulationsarten
%%.OP%%
Beispiel
{{image alt="Circuit" title="An image of the example circuit" url="elektronik/images/circuit.jpg"}}
%%
Resistor divider
V1 1 0 3.0volt
R1 1 2 1.0ohm
R2 2 0 2.0ohm
.OP
.END
%%
Result
%%
Doing analysis at TEMP = 300.150000 and TNOM = 300.150000
Node Voltage
---- -------
---- -------
V(2) 2.000000e+00
V(1) 3.000000e+00
Source Current
------ -------
vin#branch -1.00000e+00
Resistor models (Simple linear resistor)
model R
rsh 0
narrow 0
short 0
tc1 0
tc2 0
defw 1e-05
kf 0
af 0
Resistor: Simple linear resistor
device r2 r1
model R R
resistance 2 1
ac 2 1
dtemp 0 0
noisy 1 1
i 1 1
p 2 1
Vsource: Independent voltage source
device vin
dc 3
acmag 0
i -1
p 3
%%
----
Siehe auch {{backlinks}}
Arbeitspunktanalyse - einer der Grundlegenden Simulationsarten
%%.OP%%
Beispiel
{{image alt="Circuit" title="An image of the example circuit" url="elektronik/images/circuit.jpg"}}
%%
Resistor divider
V1 1 0 3.0volt
R1 1 2 1.0ohm
R2 2 0 2.0ohm
.OP
.END
%%
Result
%%
Doing analysis at TEMP = 300.150000 and TNOM = 300.150000
Node Voltage
---- -------
---- -------
V(2) 2.000000e+00
V(1) 3.000000e+00
Source Current
------ -------
vin#branch -1.00000e+00
Resistor models (Simple linear resistor)
model R
rsh 0
narrow 0
short 0
tc1 0
tc2 0
defw 1e-05
kf 0
af 0
Resistor: Simple linear resistor
device r2 r1
model R R
resistance 2 1
ac 2 1
dtemp 0 0
noisy 1 1
i 1 1
p 2 1
Vsource: Independent voltage source
device vin
dc 3
acmag 0
i -1
p 3
%%
----
Siehe auch {{backlinks}}