Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  d3xOr:
  If you look at the Akula second device video, you'll see that the resonator (input coil on air core) is not made of 20 turns, nor 25,25, but two layers of 12 turns. And yes, it is the same height as the 24,24, coil on the grenade coil. Because Akula is NOT winding the 12,12 turns on top of the 24,24 turns on that device.
  There should be 6 layers on the grenade output coil end, and only 4 layers total on the resonator side, including the two 48,48 turns that are wound under the resonator coil.
  So, the grenade output side should be two layers of coils higher than the opposite side.
6 layers, and 4 layers, according to some diagrams and not 4 layers, and 4 layers as is seen in the video below. I would tend to believe that Akula's second device is correct, and the that the diagrams may not be right.
https://www.youtube.com/watch?v=BvTWKHoncK4

[GeoFusion]

Hi guyz.

About the Bifilar inductor I used around 20 winds 2 layers and matches the 24 winds 2x in hight.



Check out and enjoy the preview. as we are learning from eachother

New uploaded on my ch. after a long while.

https://www.youtube.com/watch?v=fw2yeoovDng

there will be more coming up, bit by bit and if any question I will gladly try to answer them.


      Cheerz

[Hoppy]

Hi guyz.

About the Bifilar inductor I used around 20 winds 2 layers and matches the 24 winds 2x in hight.



Check out and enjoy the preview. as we are learning from eachother

New uploaded on my ch. after a long while.

https://www.youtube.com/watch?v=fw2yeoovDng

there will be more coming up, bit by bit and if any question I will gladly try to answer them.


      Cheerz

Geo,


Thanks for your video which supports the coil winding video posted by Ruslan. What is the diameter of your Grenade coil plastic tube?


Also, please give your opinion on how Ruslan interconnects all of the yoke wires to the Karcher and Grenade coils via caps and diodes. This appears to be the most controversial part of the circuit, which needs sorting out.

[itsu]

Itsu @ all,

The waveform attached is taken between base and emitter of the Karcher transistor VT8. The pulse is just on 50nS with some ringing which is probably due to the imperfect bread board construction. I found that the push-pull transistor drivers did not work well, so I used mosfet drivers (TC4127). Diodes 1N4148 between mosfet inputs and ground did slightly reduce the ringing. Also, R13 (1K2) & R12 (840R) were transposed.

Thanks Hoppy, interesting.

So basically this signal comes from the drain/source of the IRF530 mosfet, Right?
What signals do you have on points b and c (gates)?
What is the P channel mosfet doing, do you have any pulsing output on its drain (vd1 diode)?

And what is the kacher giving of for output signal?

Thanks,  regards itsu

[Hoppy]

Thanks Hoppy, interesting.

So basically this signal comes from the drain/source of the IRF530 mosfet, Right?
What signals do you have on points b and c (gates)?
What is the P channel mosfet doing, do you have any pulsing output on its drain (vd1 diode)?

And what is the kacher giving of for output signal?

Thanks,  regards itsu

Itsu,


The waveform shown previously is badly attenuated and distorted from the original pulse shown below taken at the gate of the mosfet (output of TC4427) and is basically at noise level. As you have found, the 'P' channel / 'N' channel mosfet combo does appear to degrade the pulse. I am not yet hooked up to the Karcher coil.