Partnered Output Coils - Free Energy

[MarkE]

@ALL

All wonderful answers but alas we are no closer. Prochiro is the closest but unfortunately this is still not correct.

Where would E/2 come from when we are looking at Inductors and the operation of them? Why would one assume E/2 and then how could it double to E?

  Chris

P.S: Floyd Sweet/Tom Bearden wrote about this in the document Nothing is Something

If you rely on junk references like Sweet and Bearden then you will simply be lost.

[MarkE]

I knew TK would pick this up as he has done the experiments 

So do you still claim that the schematic I redrew is "terribly wrong" as you claimed yesterday?  If so, what do you contend is wrong with it?

[TinselKoala]

Bill, again very nice! I agree completely.

Does everyone agree? I think TK is probably the best.

TK, PM me your PayPal details. Prize coming your way.

Are you serious? Surely you jest.

I have no Paypal account. If you want to send anything please send to ramset (Chet). He's got a kitty that can use the "cheezburger" for a good cause. 



Here's a rather technical paper from Fairchild that may be of interest to some readers. Horizontal deflection circuit operational theory, including explanations of flyback action, optimum transistor drive characteristics, etc.

[TinselKoala]

For your amusement: A look at the E-field around the SassyClassE sstc:

(This is done by taking a time exposure as I move an NE-2 on a long stick around the resonator. The neon is not connected to anything, but with the leads separated to "poke" the field. The purple streak in the center is a corona motor spinning on top of the resonator. Main power input to the coil driver is about 50 Watts. )

[MarkE]

Are you serious? Surely you jest.

I have no Paypal account. If you want to send anything please send to ramset (Chet). He's got a kitty that can use the "cheezburger" for a good cause. 



Here's a rather technical paper from Fairchild that may be of interest to some readers. Horizontal deflection circuit operational theory, including explanations of flyback action, optimum transistor drive characteristics, etc.

That's a nice appnote.  Note that unlike the hard switching of EMJ's configuration, Fairchild's circuit soft-switches.