Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  Geo:
  You mentioned, "Nickz,
Mediator yoke 13T could also be seen as choke for push-pull but as experienced it does a mediator work also.
Synchronizes the boards.

   But, how do you know that it's working well enough as a choke, also. And at what value is it choking the amps? 
Resistors discoloring? My 460 ohm resistor on the Mazilli do get very warm, also.  Now I use two chokes on the center tap of the primary coil of the induction circuit. When I used a yoke core with 12 turns on it as a mediator, that's when my fets and everything else went up in smoke.
Just a word of warning. As each choke and it's particular windings provide for different choking abilities. And your mediator coil's choking value is unknown.

  Ok, so now I've tried your newer connection methods, as you have them on your last diagram.  I do get the amplification effect, however, my bulbs are not as bright as I had them previously, when doing my last 4 100w bulb video.
As my Kacher is connected to the full bridge through the 28t coil, there are some differences there, also.
   
   Connecting the Kacher emitter to the earth ground is putting volts into the negative rail of the Kacher circuit, as the ground line is also connected to the 3t coil capacitor, as well as the 28t coil. So, voltage and amps are coming into the Kacher through the emitter/ground connection. And my Kacher does get hot, without turning on the fan, and with the fan on, also. Chokes do help with that, but the transistor is still getting almost as hot, with longer running times.
 
   What is the voltage at your 300 and 500w bulbs, now? 

[verpies]

Lossless clamp or snubbers?

It is your choice.
Lossless clamps recirculate the energy back into the power supply and snubbers dissipate it as heat.
Both get rid of drain voltage spikes.  One runs cold, the other one runs hot. 
It is your choice whether you like to convert the unwanted energy to heat or not.

Were is the snubbers in the picture below?

I cannot tell from the picture but the main snubbers would be the resistors, capacitors and/or diodes connected between the drain and source.

In the same setup three horizontal turns for the yoke. I believe the 3 turns are instead of snubbers.

A winding that is perpendicular to other windings will not act in lieu of snubbers.  For that you'd need a winding that is parallel to the primary winding.

A perpendicular winding, like the one you call "horizontal" in this picture, is unconventional and is usually used only in saturable reactors, magnetic amplifiers, parametric transformers/amplifiers and NMR.

[verpies]

Is the "effect" a problem that requires a solution, or is it a requirement needed to reach the objective - a self-runner ?

Good question.

First of all, what is the "effect" ?   ...a sensitivity to operator's hand proximity to the HV from the Kacher, ...or a synchronizarion between the Kacher and the Push-Pull driver, ...or something else ?

If "yes" is an answer to any of these, then this effect can be accomplished deliberately, without jamming/polluting the gate signals and risking their damage.

When a device's behavior is designed deliberately instead of relying on inadvertent effects, then clarity, control and repeatability is the result.

[verpies]

Don't know if lossless clamp is a good idea if it kills spikes but in what manor.
Because this system is based on spikes to generate.

Well, you have to suppress the drain voltage spikes somehow or they will destroy the MOSFETs.
Whether you want to dissipate the spike-energy as heat or recycle it back into the power supply, is up to you.

[NickZ]

  Verpies:
  What is the effect? You asked, well, it's what Geo has just explain, again. This "effect" has been explained a thousand times.
Not having anything to do with ones hands over the device.
 
   If the device is tuned properly, there will only be a diminishing of the "effect", when moving ones hand over the device, and not adding any gain to it. As it only decreases and interferes with the HV effect onto the induction circuit. However if the system is not tuned to it's best output, it can possibly improve this less than optimal setting, also, by altering the running frequency, etz...
  There are no substitutes to proper tuning efforts.
  Geo is showing mainly how the hand movements can actually kill the HV interactions, which also proves that there is an ongoing "amplification effect" compared no effect, that is caused by the HV interactions, although not necessarly OU, or a self running effect, as well. But, we'll see, hopefully there will be a self running effect, also.