Kapanadze Cousin - DALLY FREE ENERGY

[AlienGrey]

Here is a Tesla coil i spent many a happy hour with some time ago notice the thick wire and insulation between the winding's
It won't self oscillate the way it is it needs a driver and even if it did it would be a retarded sine wave the BS some give you on here  it's 1/4 wave.
Have you ever noticed that all the high peeks equally divide down to 8hz the ground  so called resonance frequency  .
the odd thing about this number 8 is it's the 8th house of Scorpio ruled by Pluto strange that don't you think ?

Please don't come back telling me i'm talking BS, get up of your arse and do the test your self then you will see.

[Sergh]

ok. New version

more simple solution ..
But I do not see the sense in it. Suitable for high-frequency circuits as a 1: 1 transformer.

[NickZ]

  Itsu:
  I'm finding that each different value of bulb(s) used, changes the running frequency of my set up.
So, if I tune the device to it's best resonance point, then change bulbs, I have to re-tune.
I suppose that that is normal.
   But, since I can't change the frequency of my simple Kacher circuit, to the same degree as the controllable TL494/TC4420 induction circuit. I guess that I need to find a bulb or bulbs that will resonate the induction circuit close enough to match the higher harmonic of the Kacher frequency.That is what I'm trying to find, and do. However, that is no easy thing to obtain, so if you have any ideas that might help, I'm all ears.

   In addition, I've managed to blow out three bulbs now. Two 25w, and one 50w bulb, which were used to tune the system so that the feed back loop would turn on. As bigger bulbs won't allow the feed back PS to tune on. But, that blows out those smaller bulbs, as the voltages at the output of the full bridge rectifier are reaching over 200v.
  The bad news is that the brand new feed back PS went up in smoke. And probably blew one of the big caps it has inside. As had done my previous PS. So, I'll need to fix or replace it, again. This happens when I run the system with no load (no bulbs) on, just the feed back circuit. As Ruslan does, then later turns the bulbs on. But, doing that causes the output to reach 300+ volts. Of course adding bigger bulbs will bring down the output voltages, but then, the feed back circuit won't run. And there are no 220v bulbs to be found, here. So, I'm looking into this, also.

   Geo: If you are still at this project, please PM me. As I can see that you still check this thread.
   You mentioned that you might have an idea as to why my system stayed on, in my last video, after the battery input switch was turned off. This has happened a couple more times, until my feed back PS blew. You'd think that it would blow its fuse, first, but no.
  Anyways, Geo don't be shy, at least not with me.

[Sergh]

I have several such light bulbs, as in the Kapanadze video.
  These are special bulbs for searchlights.
The filaments are placed evenly to form a uniform beam. I tried to turn them on. This is really a 1000 watt 220V incandescent bulb.
It consumes electricity almost like an iron. At start, while filaments have not yet heated up, it consumes 2 to 3 times more, as all incandescent bulbs.
I doubt that with such a light bulb you can get a resonance.

[color]

AG:
Please don't come back telling me i'm talking BS, get up of your arse and do the test your self then you will see.


AG seems to be pleasant.

I feel good ^,,^
 
It would be nice to have a better understanding of what BS means.