Kapanadze Cousin - DALLY FREE ENERGY

[T-1000]

I see in this Saeed schematic, reference to 17-27-37 again.

Anyone have a clue what that means?

There is quite recent video from Romanov (Russian) about the basic concepts - https://www.youtube.com/watch?v=9M9Mu0k0gSs
Please see circuit in the video and the ground relation part there. This is charge difference being created in same way as between Tesla coil and Grenade coil.
Also in my comment there (also Russian) I suggested to user parallel resonance first so the power requirements will be minimal then use series resonance for max current and attach bucking coil/D. Smith transformer for load isolation from the resonant circuit then do Tesla coil parallel resonance for creating static charge difference between circuit and the ground so it can be used to power loads after amplification of effect.
Also all these components can be found in Kapanadze/Dally/akula/Ruslan devices if you look on them from standpoint of mixing different types of resonances. Basically you create electrostatic pump with minimal required power then amplify pumping effect with added current between circuit and the ground. It is secondary electrostatic charge pumping process initiated by the primary process used to create pump so the power is there but not directly related to the primary power source.
Cheers!

[forest]

Very good points here. Current resonance. I feel that the grenade is a full wave antenna with secondary not much disturbing primary. Those two and you are in business.

[Tomtech29]

Hi.
magpwr
I like your idea as you figure how to put together a schematic please share the values of resistors and the rest of the elements I would be happy to try to solder it together

LM393 merely amplify signal from current sensor toroid and convert it to logic.
CD4017 -Divide by 10 .This i/c is likely configured/connected as divide by 2 instead.
IR2111 merely split the signal in this circuit of Akula.
IR2113 is the IGBT or Mosfet driver.

[magpwr]

Hi.
magpwr
I like your idea as you figure how to put together a schematic please share the values of resistors and the rest of the elements I would be happy to try to solder it together

LM393 merely amplify signal from current sensor toroid and convert it to logic.
CD4017 -Divide by 10 .This i/c is likely configured/connected as divide by 2 instead.
IR2111 merely split the signal in this circuit of Akula.
IR2113 is the IGBT or Mosfet driver.

hi Tomtech29,

I have assembled a even more simple circuit today on breadboard using only 2 i/c instead of 4 to achieve the same thing which produce 1/2 the input frequency base on test.37khz in and produce 18.49999khz pwm output.

UC3825 apart from usual (+) (-) inputs and  the usual1.5Amps rated dual pwm output compared to lousy TL494 250mA output,6x better.
The pin 5 of UC3825 connected to pin 16.Pin 6&7 is connected together and this become the clock/signal input.All the other pin is untouched.But i did implement soft start(3s delay start after power on) by placing 10uf capacitor at pin 8."Optional just to prevent sudden rush of current by protecting mosfet or igbt ,1.2kv rated."

My only LM393 was damaged so i am using a TLC272 which eventually needs to be connected to the toroid,so called current sensor toroid.
The input stage it's still a work in progress.

That's all for today.Got to rest.

I do own a usb spectrum analyzer it really does produce sub-harmonics in khz  if i apply sweep frequency from 1.65Mhz to 1.8Mhz on the kapanadze winding.

This was the important test i need to do before even deciding to commence on the above experiment.

[NickZ]

  John K1:
  Neither of your video links worked for me. This second one said that I need to install Flash, to view the video.
Which I won't do.