@savelkaunas i'm readding about that, and as far as i got it, thats because the higher the frequency the more times u can induce current without entering the saturation area, so higher frequency = higher power output.
But then you have more loses because of the hysteresis and switching times, if that gets too high everything gets hot and you actualy start lossing output power.
I am researching distortion in transformers. Is the hysteresis in a transformer frequency dependent?
karlkid333 6 months ago
@karlkid333 I think, we need to read some textbooks :)
savelkaunas 6 months ago
@savelkaunas I guess it can't be avoided any longer! :)
karlkid333 6 months ago
@karlkid333 The only problem is, that I am not interested in subject :)
The only thin I remmember, that "more the frequency more the power in the core"...
savelkaunas 6 months ago
@savelkaunas i'm readding about that, and as far as i got it, thats because the higher the frequency the more times u can induce current without entering the saturation area, so higher frequency = higher power output.
But then you have more loses because of the hysteresis and switching times, if that gets too high everything gets hot and you actualy start lossing output power.
laharl2k 1 week ago