Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

   That may be the case, even when there is no load on, other than the feed back circuit loading. And this pulsing can happen even when the voltages are higher than the normal 120v going into the feed back PS. So, there may be a fluctuation of current, possibly, also.
 

Yes, that is the case and you can now see the futility of expecting this type of setup as shown on the various schematics to self-run. The emphasis must now be on discovering the missing ingrediant(s), if there is any.

[NickZ]

   Although I don't know just how much current is being drawn, both from the batteries, as well as how much current is being returned to the input by the feed back path. I can tell by the protection diode on both, that the input drawn from the batteries is much higher than what is being provided back to the input, by the feed back circuit. As the diode on the battery positive gets much hotter than the same type of diode that's on the feed back circuit.
  One other observation. I just now tested the voltages using just a  single 125v, 25w bulb, that's on as the load, along with the loop circuit.  The voltages fluctuate between 260v to 310v at the bulb. If the multi meter reads correctly.
The scope can't read that output, though.
   So, I don't thinks that it's from too low a voltage going into the feed back PS, that makes the output fluctuate when the feed back circuit is also on. It may be too low a current, though.  However, there are No fluctuations when the feed back loop is not connect to the input. Both my simple kacher circuit, and the induction circuit, seam to both be working as they should, otherwise.

[Hoppy]

    The voltages fluctuate between 260v to 310v at the bulb. If the multi meter reads correctly.

Nick,

Are you connecting the positive of the feedback PSU before or after the protection diode on the main PSU?. If connected before the diode, reconnect after the diode and let us know what you observe.

PS: If you really do have 260V - 310V voltage across the bulb rated at 125V, then thats more than a 100% overload!!  Multi-meters can not be relied upon to accurately read complex waveforms.

[AlienGrey]

Nick,

Are you connecting the positive of the feedback PSU before or after the protection diode on the main PSU?. If connected before the diode, reconnect after the diode and let us know what you observe.

Have you ever thought of asking Wesley if he could ask his scientific friend for advice on why no one has managed to get the device to work as yet?

[NickZ]

  No, but I did ask Itsu for advice. I don't remember if he got to the feed back stage, or not.
Most guys including Wesley may not have made, nor taken this type of device to that looped point.
A very determining point, it is. And so, that is the point where most of us will toss in the towel. Except me.