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302 3. Reference Manual
Perform numerical
transient analysis with
NDAESolve.
Display the simulation
result.
In[6]:= tran = NDAESolve[rectifiereqs, {t, 0., 2.*^−5}]
Out[6]=
V$2 InterpolatingFunction0., 0.00002, ,
V$1 InterpolatingFunction0., 0.00002, ,
I$V0 InterpolatingFunction0., 0.00002, ,
I$AC$D1 InterpolatingFunction0., 0.00002,
In[7]:= TransientPlot[tran, {V$1[t], V$2[t]}, {t, 0., 2.*^−5}]
2
1
-1
-6
5. 10
0.00001 0.000015 0.00002
t
V$1[t]
V$2[t]
-2
Out[7]= Graphics
Perform numerical
DC-transfer analysis with
NDAESolve.
Display the simulation
result.
In[8]:= dctran = NDAESolve[rectifiereqs, {t, 0., 1.*^−5},
AnalysisMode −> DC]
Out[8]=
V$1 InterpolatingFunction0., 0.00001, ,
V$2 InterpolatingFunction0., 0.00001, ,
I$V0 InterpolatingFunction0., 0.00001, ,
I$AC$D1 InterpolatingFunction0., 0.00001,
In[9]:= TransientPlot[dctran, {V$1[t], V$2[t]}, {t, 0., 1.*^−5}]
2
1
-1
-6 -6 -6 -60.00001
t
2. 10 4. 10 6. 10 8. 10
V$1[t]
V$2[t]
-2
Out[9]= Graphics