Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

   Itsu:
   I didn't find a 1k ohm 2w resistor in my spare parts bin, for the Oleg snubber set up, so I placed a 460 ohm 3 watt resistor on, instead, for now. I also installed a big black 1.2uf AC fan cap, and two MUR1530 diodes. The rest of the previously installed mosfet snubber system is as it was previously, with no changes made to it.
 
   Results: The peaks are nearly as high as before, but it brought the previous 50v square wave's output down to 25v, or so.
   However, by attaching a short jumper wire from the 3t/cap to the grenades output side before the full bridge rectifier, I was able to further drop the spike down to reasonable levels. And, also adding earth grounding helps to further drop the spikes.
   The above tests were with the 24v PS as the input source, not the 12v battery.
   
   I was up till late last night working on this, and I'll make a new video when I get some more time, maybe later today or tonight.
   
   The good news is that nothing seams to be getting hot, so far. And, that the output seams to be fairly good, with the bulbs shining brightly.
   If it might be a good time, now, perhaps I can connect the Kacher up,  and see what gives.
   Let me know what you think.
                                                 NickZ
   

[NickZ]

   Dog-One:
   The scope made it to Costa Rica TODAY. It is now at the normal customs inspection, and within a week they will determine if I have to go and pay some import taxes on it, or not. If not, it will be sent to my place. 
   I'll know more about it in a few days. 
   The good news is it made it to this country, finally, and it is now located in C.R. customs, and is not lost in space.

           

   PS. They asked me WHO sent it,  and I answered them,  Dog-One.
           
                 Cheers,
                             NickZ

[itsu]

Nick,

guess the 460 Ohm resistor is fine, unless its a wirewound type.
Not sure about the 1.2uF cap, those AC motor caps probably are very cheap builds.
The MUR1530 seems ok looking at their specs.

But the results you got does not make sense to me.

You had 50V (should be 24V) square wave with a 12V supply and now with a 24V supply you have 25V (should be 48V) 
It almost seems you now have a pure resistive load across the MOSFETs somehow.

Also what you mention about a short jumper to the grenade does not compute with me.

But if you are happy with the results, its fine by me.

Take a video when you are up to it, try the kacher if you like, make sure you have some protection in the 24V supply line, like 12V auto bulbs or 6A fuse etc.

Itsu 

[NickZ]

   Itsu, the results are surprisingly favorable even though the flat part of the square wave tops are only 25 volts. Peaks can get over 200v. Especially when using higher loads. Yet, the bulbs seam like they are lighting OK.
While the peaks were still high at first, I did manage to bring them down to useable levels.
   The jumper is connecting the 3t coil to the 168t grenade output coil. Which is shown in some schematics. And both RC circuits are connected to Earth ground. I'll explain it better in my next video. It may not make much sense, but I'm glad that it makes some light.
   The question now is what happens next when connecting up the Kacher circuit.

[itsu]

Nick,

good for you, there is only so much one can do remotely, best is to tinker for yourself (safely) and see the results.

It could be that when in resonance, the mutual inductance between the inductor coil / 3 turn coil and the primaries causes some (sine wave) distortion on the square wave flat part.
I have seen that in my setup too.

itsu