Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[gyulasun]

Hi Hoppy,

I agree with you however I cannot see battery in the video, and the schematic and the actually shown circuit in the video differs in this respect,  the start of the circuit in the video is shown by a hand-cranked generator (on the very right in the picture below), probably it pumps current into the capacitor bank and when a certain voltage level is reached the rest of the circuit is switched on as shown.

Maybe it is just me but I do not see the battery on the circuit board ? 

Gyula

[gyulasun]

Hi x_name41,

I forgot to mention last night that in your above schematics you simply omitted the 200 - 300 kOhm resistor which was so far in series with tank circuit L1C.  Is that so simple to change that?  I wonder where you got these schematics from?  From the Russian forums?  IF yes, you omitted the resistor just because I had  noticed it had a too high value?

Thanks,  Gyula

[x_name41]

hello, I simply changed generator with battery, but voltage power source as I said can be different This schematic I made ​​it up because I did logical comparisons and analysis of this video аnd I came to this conclusion. Yes can and without the resistor of 200-300kOhm but with this resistor reactive power increasing more slowly

[Hoppy]

Hi Hoppy,

I agree with you however I cannot see battery in the video, and the schematic and the actually shown circuit in the video differs in this respect,  the start of the circuit in the video is shown by a hand-cranked generator (on the very right in the picture below), probably it pumps current into the capacitor bank and when a certain voltage level is reached the rest of the circuit is switched on as shown.

Maybe it is just me but I do not see the battery on the circuit board ? 

Gyula

Neither can I, so why are we being shown a circuit that includes a battery? This is clearly unhelpful unless the battery is somehow hidden in the video.

[x_name41]

Thanks,  and what could be the frequency which is modulated by the 50 Hz?   Maybe in the some 10 - 70kHz range?

Re on the 24, 36 or 48V supply voltage: you must be careful because of the integrated audio circuits maximum allowed supply voltage limit. 

EDIT,  Oh, I see now the frequency in the simulation, it is a single frequency though....   no modulation.

of course, but to conducting such a test simulation (with amplitude modulation resonance) is necessary placing a resistor with very low resistance in the resonant circuit to allow reactive power to fade and amplifies periodically