So what is booster converter mode?

@.99: Here is a blowup of the oscillations from a 72 volt run. Where is the 2 or more amperes of  negative mean current that must be there, in order for the "50 Watt" earlier average power level to hold? Is it missing here, but present there hiding somewhere?

Is there something that distinguishes one set of oscillations at a given voltage from another set at that same voltage? If there is, I'd like to know what it is. Besides a blown Q1, that is... I know what difference THAT makes !

How do the oscillations know, deep within a gate LO timeslice, that they are supposed to be affected by some duty cycle issue many orders of magnitude slower than they are?

Quote from: MileHigh on May 16, 2012, 11:59:23 PM
So what is booster converter mode?

That is Ainslie-speak for MMM.

(Mosfet meltdown mode.)

Do those theoretical physicists who know nothing of electronic circuitry then go about here and there on the internet pretending to be able to interpret and design electronic circuitry?

No, not so much, I think.

Can anyone tell me how ASKING QUESTIONS gets me in so much "trouble" with the natives?