Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

 I had dropped the number of turns for the 3 turns coil, which was originally 6 turns, down to about 4 turns. These last images are showing it running with the 4 turns at the yoke.
  Now,  what should I do.... as my Kacher is running at 2.5Mhz, (100:1 ratio) to the 25Khz induction circuit, so all three circuits may be in sync. But, the grenade coil has not been tuned to it "best resonant peak"   Next step?

[itsu]

Nick, looking at these latest screenshots, i don't think neither the inductor nor the Grenade coil is in resonance.

I would try to get the inductor in resonance (highest peak, pure sine wave, bulbs on grenade lighting up) by changing the frequency of the mazilla (use your magnet to fine tune, use extra or less capacitance for bigger steps).

Once you have the combo (mazilla, inductor and 3-turn coil) in resonance you can decide the relationship (1:100, 1:60 etc.) for the kacher.

Regards itsu

 

[NickZ]

    Itsu:
    Ok, I've added a couple more tuning caps along with the bigger 0.47uf wima capacitor, now. Although they are just two lower voltage 400v caps, they do improve the output, and brighten the 3 100w bulbs that I have as the load. I'll also check to see if the primary coil needs more capacitance to be added to it, as well.  Tuning away...

   Edit:  After placing the magnetite magnet into the yoke core, and further adjusting and tuning using the ferrite pieces inside of the grenade, I'm able to kick the circuit into a higher output mode.  It seams to be obtaining some form of resonance, now.
  Here the best tuning I have obtained with the available tuning caps that I have, and the magnet on the yoke, and ferrite in the grenade coil, on the 3 turns coil/0.47uf cap/induction coil circuit. This is with the 100x probe on channel 2, and the settings shown on the second image below.

[itsu]

Nick, i think the best is to leave the 0.47uF wima without any other (lower voltage) caps, and ONLY add/remove caps from your mazilla to tune.

The screenshot shows a (not pure sine wave, so not in resonance) 400V pp signal, so it will become more when in resonance.
So only use 2000/1600V capable caps there.



I see 8.4 cycles in 8 divisions (set at 50us/div.), so doing it the correct / Tinsel way:

8.4 cycles in (8 x 50 microseconds) = 8.4/(8 x 0.000050) = 21000 cycles per second = 21 KHz

Happy tuning......Regards Itsu

[Hoppy]

    Itsu:
    Ok, I've added a couple more tuning caps along with the bigger 0.47uf wima capacitor, now. Although they are just two lower voltage 400v caps, they do improve the output, and brighten the 3 100w bulbs that I have as the load. I'll also check to see if the primary coil needs more capacitance to be added to it, as well.  Tuning away...

   Edit:  After placing the magnetite magnet into the yoke core, and further adjusting and tuning using the ferrite pieces inside of the grenade, I'm able to kick the circuit into a higher output mode.  It seams to be obtaining some form of resonance, now.
  Here the best tuning I have obtained with the available tuning caps that I have, and the magnet on the yoke, and ferrite in the grenade coil, on the 3 turns coil/0.47uf cap/induction coil circuit. This is with the 100x probe on channel 2, and the settings shown on the second image below.

Nick,

I think that you need to get hold of a suitable signal generator (up to 5 or 10MHz) before you go any further with tuning. This is needed to establish the natural resonant frequency of your grenade coil as a basis for tuning the inductor at a 50th, 60th or 100th of that frequency, or pick a suitable strong harmonic that can synch with a frequency within the range of your kacher. Having established this, you can then use the SG to tune the inductor combo to the chosen lower KHz frequency. Then the Mazilli can be tuned to run at that frequency eg 25KHz to resonate the inductor. This is my present understanding of the tuning process. Please anybody correct me if I'm wrong.