Hi Tim I have some new theories on how it works- I agree with you (I think) that the backemf, IF it does want to follow the shunt bar path (first of all), will collikde with the opposite secondaries backemf and cancel out (some of it I think) while some of it does make it over to the opposite secondary core leg, reinforcing power being made. Additionally (my new theory) is that the primary when you put the correct UF size of cap in parallell to the primary, wll cause some high frequency ringing, similar to shorting out a coil and how that looks with scope (hyper AC ringing ) and so now besides the shunt bar path for the backkemf, the backemf does not want to "latch" itself to the primary, because of the hyper ringing that the parallel AC cap across primary causes. Basically the "vibrations" do not match up and the backemf just cannot latch itself easily onto the primary. In video before this one, the scope was hard to see but within the priimary coil you can see these "coillisions""happening and results is AC type spikes going both up and down simultaneously.....it takes a cap over it to make it happen and be able to see it....Anyways thats the the new theory.... Still want to be vectoring these transfromers too, not paralleled in and out as is usual.... Talk to you later!
