Kapanadze Cousin - DALLY FREE ENERGY

[l0stf0x]

Push pull is not needed. A pulse gen is all I use.

[NickZ]

 
   Thanks for the explanation itsu,  now, we need to prove that to be true. By showing it doing so.
   I did get confused concerning the "inductors", thank for the correction.

    NickZ

[itsu]

Inductors?   He has only 1 like normal.

I used 15Khz in my test above, the screenshot shows a 15.3KHz dancing wave, the frequency readout was thrown off by the dancing i guess.

Itsu

[l0stf0x]

The reason of this waveform? Well its only a sign that the secondary's are nicely tuned.

[NickZ]

Hi Itsu,
  square wave, 50% first time and 40% Duty cycle second time but it was the same result.

I tried with my function generator a 20V square wave and no capacitors at all


I found high amplitude at 840Khz and second time at 1.7Mhz high amplitude I went further and at 1.75Mhz a dancing wave.
At 1850Khz it was a dancing wave too

FG on inductor and oscilloscope on grenades.
The signal amplitude on grenade was higher at 1.7-1.8Mhz compared to the 840 Khz signal.

   Conico:  Can you show a video of the above? But instead, what it can do at 10KHz, to 37KHz, or so.  Not in the MHz range, nor in the high KHz range. Which are not where the OU is supposed to happen at, on the grenade device. Normal push/pull operation is around 15 to 19KHz, generally. Can you get a dancing fish wave form at those frequencies?
   
   NickZ