Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  There is a point in the video where TK's helper looked a bit worried. Maybe someone was getting too HOT.
   We could talk about this forever, which it seems that we already have. Good way to waste more time.  But,
it's not really all that much fun, at least not for me.

[Bat1Robin2]

Nick?
This is what i am observing on my scope so far.
2 driver boards 2 frequencies.

1st is the yoke driver board frequency in the range of 25-50 khz or so. i do not have my caps yet to know exactly where that is going to resonate. (it has vco pll chip 4046) so frequency can change within a range.
18 volt dc input 4-5amp or so. (blew a 5 amp fuse 1 time)

2nd is just a pulse at the top of the peak of first.  it seems to set a a resonance  in the tesla secondary 1-2 mhz. (ringing the bell) -generating the hv/hf field. (simulating a spark gap but more controlled and in phase)
30 volt dc input 1 amp

The 2 secondaries on the yoke should be same frequency and phase i do not see where your getting a 3rd frequency can you explain?

Are you saying the 3 turn coil does not produce high current for you or just no significant help to light the bulbs?. I have not gotten to that stage yet.

Where is the 3rd frequency??

[NickZ]

  If the 3 turns coil is producing a HIGH amp output at the yoke, or at the 0.47 tuning cap test point, I don't see it.
Can that 3 turns coil light an incandescent high amp bulb by itself, with no Kacher connection attached, to prove that it's really outputting a useable amount of power. No, not on my device. But, the yoke's 25 turns secondary can light 7 100 watt bulbs, by itself, even with no 168 turns grenade coil connected.

  Are you taking readings of the yoke to the 168 turns output coil, as well.  Should be the same frequency as the 3 turn, but, is it?
  The 168 turns grenade coil is also connected to the 3 turns coil at the tuning cap, on some diagrams, and not connected to the 3 turns coil on other diagrams. Which is the right way to do it, who knows? I've tried it both ways. Not much difference in my case.
  My Mazilli push-pull oscillator automatically runs at whatever coil frequency it's connected to, so it's not resonating at any set frequency, but the output frequency is dependent on the coils it's connected to.
  As you have a scope, and I don't, at least not yet,  please let us know what you find. 

[cutter]

高压线圈的线长＝手榴弹线圈的线长＝电气干扰波长的1/4。

[NickZ]

  Last night I made a full bridge rectifier from 4 IN5408 diodes. This was placed at the output to my bulbs, to see what would happen, when the bulbs are lit using DC voltage, instead of AC.  Well, the bulbs do light about the same as without this rectifier, but after a few minutes running they did overheat, and melted the solder.  But before that, there were some changes in the way the system output works on rectified DC, but I need more time to study those effects, and possibly return some of that DC back to the input side.
  I don't have any UF series diodes left, at the moment to try those out.
  Any suggestions on which diodes to use?  Diodes that can be purchased at Radio Shack, or from a Tv repair shop, perhaps.