Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

No you don't Know the working frequency, It must be were you find a dancing wave.

   Oh, well then it should not be too hard for you to show how that fish shaped dancing wave benefits the output. So far, I have not seen that to have been shown. But, I know that it's not where you have mentioned that you've seen it, to be of use for us here.

   NickZ

[conico]

 
I watched what Ruslan said and saw that I had that dancing wave and wave like a fish. Ruslan did not lie.


I have a few free days and
I guess I will finish Ruslan's replca. My working frequency will be 37Khz, please look in Rusla's diagrams, you will see 37Khz

[itsu]

I believe that bulb destroy the mirror signal  Inductor give a signal to grenade and like a mirror grenade sent back a signal but not so strong. That why we see dancing signal in amplitude
Your setup is exactly like mine setup , except the bulb. Will you try without the bulb and no load at  all?

No problem,  the below video shows sweeping through the TL494 range from about 13KHz to 22KHz and back with 25V on the MOSFETs and no load on the Grenade.

https://youtu.be/xlDN9Kudp00

Itsu

[conico]

Will see tomorrow.
Itsu, why just 23Khz? my push-pull work from 8 Khz to 60Khz? Ruslan's diagrams is from 10Khz to 70Khz.
Adrian Guska use 64Khz on grenade.

[itsu]

Well, my TL494 works from 11KHz to 153Khz, but the 0.47uF Wima cap together with the inductor causes a series resonance around 15.5KHz.

There about i have the resonance sine wave, so going below 13Khz or above 22KHz, the resonance sine wave turns to square wave again, and we want a dancing sine wave don't we?

I can change the resonance frequency, but have to change to a lower value Wima cap.

What value to you use?

Itsu