CataM
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Hello everyone,
I am unable to achieve the steady-state of the converter attached in PLECS. A bit of explanation about the converter is here.
Running a transient simulation, I see that steady-state is achieved starting at about 1.45*10^(-2) seconds (Cout initial voltage set to 12 V).
I set the parameters for the steady state as follows:
Since Vout freq is 200kHz => system period: 5e-6
Number of init cycles: 1.45*10^(-2)*200kHz=2900
Are these settings reasonable ?
Should I run the simulation with only one scope (the scope from the output) so that the simulation focuses on the output ?
P.D.: Notice that I am running the converter without the voltage regulation around CMC.
Any hint or comment is appreciated.
I am unable to achieve the steady-state of the converter attached in PLECS. A bit of explanation about the converter is here.
Running a transient simulation, I see that steady-state is achieved starting at about 1.45*10^(-2) seconds (Cout initial voltage set to 12 V).
I set the parameters for the steady state as follows:
Since Vout freq is 200kHz => system period: 5e-6
Number of init cycles: 1.45*10^(-2)*200kHz=2900
Are these settings reasonable ?
Should I run the simulation with only one scope (the scope from the output) so that the simulation focuses on the output ?
P.D.: Notice that I am running the converter without the voltage regulation around CMC.
Any hint or comment is appreciated.