Kapanadze Cousin - DALLY FREE ENERGY

[Jeg]

But the Katcher Tesla coil has to do the same thing shurley ?, Have a look at a real device at how the real circuit works, Akula's Tesla coil
is just a simple sine wave from a blocking oscillator circuit, that's why no one got it to work not even Color

If our goal is the same (creating HF currents of great potential as master used to say) then the only difference between nanopulser and Kacher driver is that the former uses just one peak while the latter more than one. Essentially they are both doing the same thing.   

[Jeg]

This is why it should be made with 3525(494) and Operational Amplifier (op-amp) 4421x2, not 494/2110.

This is Acula's 494 waveform at an other device of him.

[AlienGrey]

Jeg' what do the individual pulse look like in the block of pulses ?
Your picture shows a lot of ringing and where are you hanging your logic probe ?.
AG

[d3x0r]

https://en.wikipedia.org/wiki/Fractionalization
So there is a process of electron fractionalization - where a single electron gets split into sub-electron volt spins...
but the experiments take place on small scales, and cannot find any information on these being able to absorb heat photons and regain spin energy....

[Jeg]

Jeg' what do the individual pulse look like in the block of pulses ?
Your picture shows a lot of ringing and where are you hanging your logic probe ?.
AG

AG
It is a russian guy here
https://www.youtube.com/watch?v=0bBTqA6opUY&list=LL_HNW6MviMNNhdWRBtG5i3w&index=33&t=0s

Question to him: ......Thank you  for sharing. At 10:17 there this high frequency waveform. On which point inside the circuit we look for this?...

Answer:
Высокочастотный сигнал генерит ТЛ494. Паузы между ними делают усилители ошибки по параметру степени насыщения феррита. По сути тут два генератора первый на внутреннем генераторе 494, а второй параметрический зависящей от силы тока протекающего через L1 снимаемый на шунте R1.