Kapanadze Cousin - DALLY FREE ENERGY

[soliman]

Hi.
how to make RM (radio moscow) without noise:
1-use only the 28-turn coil (the 4-turn coil leaves it disconnected for now)
   connect it in series as is common with the grenade. Here look for the resonant frequency
   The more voltage it delivers with the lower consumption of the power source.
   write down this frequency. in my case it was 18.51Khz duty cycle about 35%
2-move the frequency to half the resonant frequency, in my case it is 9.55Khz
move duty cycle to 22.4%
3-turn on the kacher and move the face up to interact with the system.
  solpresa. what happened to me. the frequency jumped up to 18.51Khz the duty cycle was up to 44.8%
  even more one of the gate mosfet is removed.
4- I would like you to do this and tell me your experience with this matter.
    You. It will have a powerful system, but the most important is that it has no noise.
5- oh, and at the end connect some small capacitor on the 4-turn coil
   and this will give you more power with the correct capacitor.
   the capacitor you use is 0.33uf 2000Volt WIMA.
   then in the 4 laps I put 2 * 0.15uf 2000Volt WIMA in series.
6- this is very powerful and has no noise.
7- End.

[NickZ]

   Soliman:   All well and good, but is it OU? Is it able to self run?
   Perhaps you can post a video, showling the Radio Moscow effect but, without the noise.   The RM type of noise is not a  prerequisite, nor important, but it normally comes as a sign of the  interaction between the kacher's HV and the induction circuits (both).

[NickZ]

   Soliman:   If you are running the circuit on one Fet, that was also tried and tested. Again that resulted in no OU.

[soliman]

nerd.
this happens only when you turn on the kacher.
the frequency doubles and the duty cycle. that's how I got the power
and the noise is removed.

[lancaIV]

when it is written "noise" https://translate.google.com/translate?hl=de&sl=de&tl=en&u=https%3A%2F%2Fde.wikipedia.org%2Fwiki%2FRauschen_%28Physik%29


where is the "silence"-limit ?


When we have "Hintergrund"-noise/background-noise  what can be/is "Vordergrund"-noise/foreground-noise  ? Frequenz-spectrum ?




Sincerely


OCWL