Kapanadze Cousin - DALLY FREE ENERGY

[Bat1Robin2]

The atx computer power supply is only powering the 5 volt ICs. Its only 50 /50 drive until the Tesla circuit kicks then the side effect shuts off the active yoke drive fet. Tesla drive signal is more of a control mechanism of pulse width not a power contributor. Look at scope shots. No the lamps are not led they are all 60 or 40 watt incandescent bulbs.  The top trace representing the pulse width reduction on yoke drive caused by the bottom trace firing and ringing the bell sorta speak of the tesla circuit at 1.25mhz.  My point is the fet of the yoke must be on at the time the bell rings or it wont happen.

[NickZ]

  Bat1Robin2:
  Your bulbs still look pretty dim. So, whatever effect the Kacher is doing to your circuit, it does not seem to help much at the output.
It may be causing more of an interference to the signal, instead, as you have no control of the duty cycle when that happens.

   Last night I burnt out my 12 and 15v filters and voltage regulators on the TL494 board, from connecting the input reversed.
Oh well, just a little set back to fix what I just did. I hope that the rest of the TL board is still ok.
    I had tried switching (or reversing) the primary coil of the yoke to see what would happen, but I don't know yet, until I can get the voltage regulators replaced and working again. I do have a couple more of those regulators, and will replace the burnt out ones today along with a couple of the filter caps that exploded in my face. Sounded like a firecraker going off...

   T-1000: I disconnected the yoke connections to the TL494 circuit, and the TL board and fet drivers do produce a cleaner signal that way.
But, I'll know more about that when I get the device working again.
   Below are some scope shots of the TL board signal, without the yoke connections. 

   

[Hoppy]

   Last night I burnt out my 12 and 15v filters and voltage regulators on the TL494 board, from connecting the input reversed.
Oh well, just a little set back to fix what I just did. I hope that the rest of the TL board is still ok.

Hi Nick,

Place a diode in series with your voltage regulator supply when you replace them.

[Void]

Hi all. Long time no talk. Have been really busy and haven't checked in here in a long while.
It's nice to see many people still hacking away at this puzzle. 
I read back a bit in this thread and it seems stivep visited Kapanadze again recently? If so, that sounds interesting...
Read something here from stivep about the Kapanadze process supposedly working via current amplification, and impulses
such as a sparkgap and earth ground being required, plus capacitors for energy storage  Hmm... Sounds like not much more info than
was being thrown around in the last few years? Narrowing it down like that that maybe helps keep things simpler however...

Anything new from Akula and Ruslan these days?
I saw that Ruslan has a newer video about 'fart pants energy' or something like that.  Sounds promising...

P.S. Any indication the length of the earth ground wire may be critical in Kapanadze's setup,
or does it appear that any length of earth ground wire works in Kapanadze's setup?
Knowing if earth ground wire length is supposed to be important or not in Kapanadze's devices could help narrow things further...

All the best...

[NickZ]

Hi Nick,

Place a diode in series with your voltage regulator supply when you replace them.

   Hoppy:
   Can you explain a bit as to just what the diode is supposed to do. And also, what type of diode do you recommend?
   Looks like the rest of my TL board is ok, just both voltage regulators and some of the filter caps blew out. However I only have a single 12v regulator left to replace the blown one, but I don't have any more of the 15v regulators. Which means that I have to order some, and that can take a while. Or I can run the TL board and fet drivers on just 12v, for now. Which is what I'm about to do.
   This happened after I reversed the yoke's primary connections to the fets. I wanted to see if there was any change in the way that the gate signals look on the scope. But, the reversing of the input polarity was my fault, again. That was the second time that I made that mistake.
   
   Stivep did not really add much to what is already known about the Kapanadze device. We need specific details, and schematics, to know just how the TK device works, and to be able to reproduce it. Of course, that is just what TK doesn't want us to do. At least not yet. Such a waste.
  Even having all the detail, it's still a bitch to get these contraptions to self run. Not for the faint of heart...