checkCircuit('cfbVampExtended')
Building circuit pass 1
cfbVampExtended
Building circuit, pass 2
["V1", "R1", "O1", "R2", "R3", "R4"]
Found definition for model: V
Expanding model for: V1
Model expanded!
Found definition for model: R
Expanding model for: R1
Model expanded!
Found definition for model: mycfb
Expanding model for: O1
Model expanded!
Found definition for model: R
Expanding model for: R2
Model expanded!
Found definition for model: R
Expanding model for: R3
Model expanded!
Found definition for model: R
Expanding model for: R4
Model expanded!
Start building matrices
Finished building matrices
Elapsed time: 40.093000000000301952 [ms].
source(V1)
V1
detector('V_3', 'V_0')
["V_3", FALSE]
lgRef(H_O1)
H_O1
simType('numeric')
NUMERIC
dataType('laplace')
LAPLACE
gainType('gain')
GAIN
execute()
Execution time: 42.844999999999799911 [ms].
gainType('asymptotic')
ASYMPTOTIC
execute()
Execution time: 21.902000000000043656 [ms].
gainType('servo')
SERVO
execute()
Execution time: 36.666000000000167347 [ms].
gainType('loopgain')
LOOPGAIN
execute()
Execution time: 35.896000000000185537 [ms].
gainType('direct')
DIRECT
execute()
Execution time: 29.75 [ms].
simType('symbolic')
SYMBOLIC
gainType('asymptotic')
ASYMPTOTIC
execute()
Execution time: 46.554000000000087311 [ms].
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SLiCAP: Symbolic Linear Circuit Analysis Program, Version 0.6 © 2009-2019 Anton Montagne
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