Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

Itsu,

Thanks for posting your well presented video.

As you rightly say the Mazilli oscillator will automatically resonate as dictated by the L & C combination. Your measurements also clearly shows the electrical inefficiency of the setup. Most importantly, you have also demonstrated that without proper measurements taken and recorded during a video demonstration, illuminated lamps and non-loaded running drills etc, are not valid indicators that anything special is occurring.

[itsu]

Thanks Hoppy.


ok, i kept the same setup as in the screenshot above, but now removed the smooting cap (40uF) from after the FWBR.
The total input and output/brightness went down, but the current signal (blue trace) is much cleaner (no spikes).
So i guess that this 40uF smoothing cap is causing these spikes somehow.

Regards itsu

[NickZ]

   Itsu and All:
  Thanks for the information on your circuit.
   I also find the my Mazilli circuit with similar results. That using just the yoke core, is highly inefficient. There is no magic there. Nor is that the way that it was done by Akula/Ruslan, which now may have 1.150 to 2.2 watts of output lighting there bulbs. However, I believe that their bulbs are also not fully lit, possibly only 50%, or so.
As neither of them has placed a regular grid connected bulb next to bulbs on the circuit, (as I have done previously). To show the comparison of bulb brightness to the mains (grid) lumin levels, on their videos.
  But, the MAIN THING, is not that...  The main goal for now, is having a self runner, at whatever bulb brightness, or lumin levels. As the meters and scopes may not be reading everything that's going on correctly. And were not designed for those output frequencies, in any case, either.

  I'm working on the Akula coil, still. I added more turns to the air core secondary coil, and now have some light to continue tuning with, by just using the bulb lumin levels.
  I also added more turns to the air coil's input coil, and lost the bulb brightness altogether. So, I'll removed some turns, and tuned againfor the best bulb brightness. And will possibly add some more turns to the air cores secondary output coil, as well.
  Once tuned, there is not "two modes",  only one mode of operation, the higher draw mode. On the low mode there is no heating of the fets, but a candle placed next to the coils, outputs more light, than what is being given off when running at low mode operation.
   I think that the whole trick to this, is the heterodyning and tuning of the two running frequencies, HV/HF,  along with the lower voltage high amps.
  Otherwise, may as well use a conventional inverter, instead.

[T-1000]

Concerning the resonance of the both coils, this is suppose to be a Mazilli circuit which adjust its frequency according to the load.
We see that this unloaded circuit resonantes on 40Khz and it adjust itselve to 36Khz when the secondary coil is inserted.

So the primary loaded circuit (mazilli) now resonates around 36Khz and then i adjust the secondary coil with its caps (adding/removing) for max. voltage/brightness
of the bulb which means max. energy transfer (matching) and resonance.

I can not adjust the primary mazilli resonance frequency independently from the secondary coil (if so, please tell me).

The problem there is - when you change load and Mazzilli circuit changes frequency it goes right out of sharp resonant LC point in primary when trying to compensate changed impedance...
When you are tuning to resonance you must have all parts connected including load which becomes part of resonant circuit and should not be changed in any way after it is tuned.

[Hoppy]

   
  Otherwise, may as well use a conventional inverter, instead.

Nick,

That's a good way forward, with solar input. Nice and clean without all that HV and EMR floating around. Why spend the rest of your life trying to build a self-runner, when God has already supplied the solution.