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bentayyy

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In any case, I have trawled the web and came across the following DCM buck-boost converter which can be modified slightly for my purposes. It basically compiles the state-space equations in a u-->y block and plots the graphs out. I have an oscilloscope so I was thinking of comparing my readings to the simulation graphs as a first pass. Barring things like losses I hope that my simulation graphs will closely approach my actual graphs.

My questions are:

-I know for a fact that my transformer turns ratio is 64:5, how do I incomporate this info in my buck-boost simulation to accurately simulate my turns ratio?

-A slightly more challenging part is incorporating the physics of my biased inductor in the simulation: I intend to use FEMM to get flux-current relationships for my biased inductor -- any idea how to incorporate this in the model?

Any suggestions/responses would be great, thanks.