Kapanadze Cousin - DALLY FREE ENERGY

[soliman]

Soliman,
Look in the diagram is 22uH (microHenry) on one part and 22uH on other. This means 0.022 mH (miliHenry)
both windings are in the same direction.


on 1 inch ferrite toroid, make 10-11 turns for one part and another 10-11 turns for the other part, both in the same direction.

Is your catcher too strong?

Conico,
but in my case, I have no interaction with the earth using
22uH, to be able to interact with the earth I need
around 10mH or more.

[conico]

You saw that I had problems with doubling the frequency and the duty cycle was more than 40% in Push-Pull. I changed the "line transformer" from 50 + 50 uH (microHenry) to 21 + 23uH (microHenry) and there are no more problems now.
I took out the coil turns.
mH (miliHanry is 1000 times more then uH (microHenry)

on 1 inch toroid just 10-12 turns+ 10-12 turns, no more. If you make more turns will not work or work doubling  frequency.
Don't speak about milihanry, is too big, means 100-200 turns or more.

Look at Stalker's Choke

[NickZ]

   The choke on the output of Stalker's older system is not used on the newer versions. It was made to handle a much higher OUTPUT voltage and current, than the 12v or 24v input. There is no choke on the input, or it is before the Kacher's input along with the rest of the filter caps, not after the output as is shown on the stalker diagram diagram. Which is a choke as part of the feed back loop, back to the 12v input source, not like the later 24v input source.
  If the choke that you are using is too weak, the transistor or mosfet will overheat. If it's too thin a wire turns, the choke will overheat. So, it's a delicate balancing game.

[conico]

It was a matter of credibility to see that I am not the only one using a 10 + 10 turns choke. Stalker's scheme doesn't matter. Only choke is important. He had to see that the two windings were in the same direction.

After I made a choke with 10 + 10 turns, I measured it and it is exactly 22 + 22 uH

[NickZ]

   Well, it matters, as you are looking at the wrong choke. That is not an input choke for the Kacher. It is the output choke for the feed back circuit. NOT the same. Plus it's not just the number of turns, but the size of wire used, as well as the choke size and type itself.
   I do use an input choke for the kacher, on a 3/4 inch green torroid, with 10 and 10 turns, of fairly thick wire. So, that I could provide for higher input voltages, if needed. Sometimes up to 60 volts, or so, without that choke burning up. Anyway, if you are satisfied with what you now have, fine.
  Below is a diagram of my device, as you can see it shows the input choke of the Kacher to be 100mH. So, each circuit is different.