Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

   Geo:
   To compare notes, my kacher  is also running between 850KHz, to 1.1MHz. Ferrite inside can raise the frequency to 1.1MHz.

   But, the induction circuits running frequency need to be adjusted to every bulb added, on my device. I can't just keep adding bulbs without readjusting the running frequency. But, it seams that for me, the higher the wattage bulbs used, the lower the frequency needs to be. And I can't go lower than 13KHz, as that is my TL494's lower frequency limit.
   So, my 3 200w bulbs seam to be needing a lower frequency, one that is lower than my 13KHz limit. Therefore, I'm using lower wattage bulbs, for now, as the Kacher has an easier time obtaining the sync there.
   There is only one point, or sweet spot where the hand movements, as well as the Kacher's interaction is noticed. And it's there that the magic happens. The question is, what will it take to self run?

   I'm building up a 12v battery bank from laptops batteries. A 12v battery bank , to go along with my 12v, 7ah battery, for 24v total voltage. We'll see how it goes.
   As I charge the batteries from my solar panel, I guess you could call it free energy, of sorts, already.
  Hopefully the batteries will just be used to kick start the contraption, and not for running off of.
  I am also waiting for a new PS to be brought to me from the U.S. But, that's a month away, so for now I'll use batteries, instead.

[Hoppy]

 
   There is only one point, or sweet spot where the hand movements, as well as the Kacher's interaction is noticed. And it's there that the magic happens. The question is, what will it take to self run?

Nick,

Are you looping back yet? Try disconnecting one of the push push-pull mosfets, then re-tune for better 'effect'.

[AlienGrey]

And what does cutting off the push pull do ? its just a frequency game changer.

Better still try the TK way charge up a high voltage and dump it into the katcher primary as a pulse
connect the kacher output into resonant Tesla transformer and collect the output of its secondary
you might get some where then. 

AG

[NickZ]

   Hoppy:
   No, I have not tried to feed back to the input, yet. 
   However, I'm not too interested in disconnecting a fet to see what happens. As Apecore has already done that test for you, and posted his results in a video. 
  Why don't you get the dust and cobwebs off of your device, and play around with running it on one fet...
   Like AG mentioned, running on just one fet, it's just going run at a different frequency, not a big game changer.

   I don't have a 24v PS that can serve for the feed back loop, as mine burnt out.
   I will soon try to use batteries for the input source, and use an 18v 6A laptop adapter for the feed back loop.
But,  I already know what will happen.
The system has to be able to do more than just barely light some bulbs, first, for it to be able to self run itself.

[Hoppy]

   
The system has to be able to do more than just barely light some bulbs, first, for it to be able to self run itself.

Why is that necessarily the case?