Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  Thaelin:
  I am already down stepping the HV voltage down to 12+ volt for the feed back path, back to the input side. And I'm seeing an increase of output at the bulbs, when the feed back path is connected up, as compared to when it's not.
  I would like to feed back a higher voltage, but 12+ volts is all I have obtained up to now. The feed back voltage/current is dependent on the input source, so if I raise the input to the device, the feedback circuit will respond with a higher voltage back to the input side. That's as far as I've gotten up to now.

  EDIT:  Here's a pic of what I've got going. The 12v feed back circuit is seen on the left of the image, which is a rewound flyback core, filter cap, and 1/2 wave diode bridge.

[NickZ]

  Thaelin:
  I made an edit to my post #8310, including a picture of my device, I case you're interested in seeing it.
  I've made some videos as well, but not with the feedback path connected up and working at that time.

[starcruiser]

  Thaelin:
  I am already down stepping the HV voltage down to 12+ volt for the feed back path, back to the input side. And I'm seeing an increase of output at the bulbs, when the feed back path is connected up, as compared to when it's not.
  I would like to feed back a higher voltage, but 12+ volts is all I have obtained up to now. The feed back voltage/current is dependent on the input source, so if I raise the input to the device, the feedback circuit will respond with a higher voltage back to the input side. That's as far as I've gotten up to now.

  EDIT:  Here's a pic of what I've got going. The 12v feed back circuit is seen on the left of the image, which is a rewound flyback core, filter cap, and 1/2 wave diode bridge.

NickZ, I think you might want to change the radiator (antenna) on the grenade coil, this should be a copper pipe of 4mm in diameter (like a 1/4" copper pipe). Remember the voltage and signal being presented is running on the surface of the wire thus a stranded or solid core will not provide the same effect as a hollow core conductor. I would change both (on the kacher/tesla coil and on the grenade coil) as this might provide a better radiating of signal.

I know some of them use a large gauge stranded wire but the same idea applies here as well. We are looking for similar mass of the radiator.

[starcruiser]

https://youtu.be/cMMjlOBg_iY


NIck,
My setup its not much but im working on it there seems to be some conflicting information and different schematics. I just got my filter capacitors in and sorry for the shaky video during the last few minutes.
I got a bulb to light yesterday only 20% efficient at this time. i am way off the mark somehow.

@Bat2Robbin2,

I would suggest you clean up the wiring as this will create signal bleed over and the "Trash" you are seeing, they are acting as antenna's. I f you note most of what Ruslan and Akula do is minimal wire lengths between boards, and they shield in some cases. Reducing excess wire would most likely help you as this tech is working in the RF region and will "infect" everything if it is not properly shielded. This is where RF design methodology is important IMO.

[NickZ]

   As both Akula and Ruslan are using the same insulated house wiring like I'm using for the Kacher's antenna, as well as for the Kacher primary coil,  I'll stick with that for now, but may try it later.  Thanks.