Re: [EVGRAY] Triple thick BiTT

Body

Hi Gerry'
 Thanks for the advice and ideas again - I agree with the AC swing analogy...when I was in Germany the engineer there (HD) described just the same thing in AC in his MEG and timing things just right in analogy with swing...
 I understand your idea with my ORBOI motor maybe the shielding of the steel to the rotor magnets will be better more efficient rather than copper torroid surround a ferrite core and then the primary inside  of the copper wire would be creating power each pulse too - I can imagine coils sticking out from stators 15cm long with that thick copper wire jammed up the middle....
 

 What I was trying to get at about the BiTT and the backemf forces, is just what is it that creates that "split" of the backemf force from the forward-current magnetic force, and for that backemf force to run along those extra transformer legs leading back to the opposite secondary, and not route itself back to primary??? 
 There being thicker core material is "giving it" the path to follow, but what is is that make the backemf go that way?   
 This is the only way to make a BiTT really work scuh as X3 OU  in my measly opinion, and that is for the backemf (and backemf only) to take that route and add power to opposite secondary......if it does not, it is just a fairly efficient transformer design....So my idea of how it works and why it works is that there is a bucking-collision of forward and the inherent back emf  and the bucking collision causes the intitial split, and once split, the backemf goes over to the opposite secondary....so what causes this split?? My idea is it an inherent thing such as Leedskalin saying there is always in magnetism a forward and an opposite magnetic force, and perhaps the primary's magnetic force is what creates the smashing event to the secondary, and this secondary and primary must share the exact same time flow  in first place, but when the primary brick wall oif magnetism gets in the way, there is the bucking event....if there is time delay, perhaps now there will not be a bucking event because either the primary or the secondary will not have the exact same collision force and one will dominate (whichever is stronger) and the backemf flux will not be "dislodged" from the forward magnetic force rather they will continue together locked tight and just go back to primary causing the extra draw there...
 ciaoKone