@manoarrostita970 around 40W to 50W max. Using two switches due to 2xVin issue on Mosfet drain. With two switches it improves stress as you pointed out in the video
How to set the parameters of a toroidal transformer if the thickness of the wires, the number of turns and the parameters of the ferite core are known? But the inductance is not known.
One of the main reasons to use active clamping is do deal with the effects of the leakage inductance. Why did you not model the leakage inductance? A transformer model without leakage is not a good representation of a practical transformer.
Very useful information. In fact I am working on designing this type of converter ❤
Oh really? A forward dc-dc converter for how many watts?
@manoarrostita970 around 40W to 50W max. Using two switches due to 2xVin issue on Mosfet drain. With two switches it improves stress as you pointed out in the video
How to set the parameters of a toroidal transformer if the thickness of the wires, the number of turns and the parameters of the ferite core are known? But the inductance is not known.
One of the main reasons to use active clamping is do deal with the effects of the leakage inductance. Why did you not model the leakage inductance? A transformer model without leakage is not a good representation of a practical transformer.
You are right. In fact, in the last video of RDC flyback, i added the leakage inductance of the transformer