Kapanadze and other FE discussion

[Void]

For those who would be interested, as I had only found Melnichenko's last patent in Russian, I had it translated by DeepL (except the first page), see attached file.

I recall that several years ago when Melnichenko had his website up and also had
his demonstration video, I tried replicating his setup he was showing at that time, and
I could not see any signs of OU in that setup. It was several years ago that I tried replicating
that setup, but I seem to recall that I found that Melnichenko was making some obvious error in his
calculations or assumptions, although I can't recall now what the error was that I found.
It might possibly have been that he wasn't taking phase angle properly into account, but I can't recall now for sure.
At any rate, I could not find any indication of OU in that particular setup that Melnichenko was
showing on his web page a few years ago, and he provided all the details for his simple circuit setup,
so it shouldn't have been a matter of missing something in the setup.

[stivep]

 I have reedited  my previous post so please read it again.
Wesley

[AlienGrey]

hi Wesley,
Good day to you.
I merely need clarification is polyphase as mention and Polyphasic waveform the same thing.Not easy for me to visualize. I have attached old experiment base on similar waveform base on a single shot of high voltage nanosecond pulse.

Hi that's a lot of diodes how about using a dc to dc to get about 150 volts and using a fast low voltage bipolar transistor and
exploiting it's breakdown voltage to get around 5 nano secs? it would be far cheaper.

[magpwr]

Hi that's a lot of diodes how about using a dc to dc to get about 150 volts and using a fast low voltage bipolar transistor and
exploiting it's breakdown voltage to get around 5 nano secs? it would be far cheaper.

Hi AlienGrey,
The reason i reveal my previous circuit (Divide by 3)only because i saw that you created a pcb for the pll project.Since i thought it is pointless to give to someone whom merely do electronic components assembly.

Recall that i achieved around 178khz but 2Vpp sine-wave from Kapanadze coil was because i was using low frequency IGBT.Snubber circuit resistors need to changed to 10Ohms 2...3watt(SMD low inductive).Akula if he still sticked with IGBT it would be 50N6S2(Because base on datasheet can handle up to 200khz).In this case i don't see the harm in using Mosfets since snubber issue was resolved.Even if you take inductance reading from kapanadze coil output and combine with 5nf as was used in provided Akula circuit.Then you will roughly know what is the estimate resonance frequency of the kapanadze coil output as base on Akula circuit.

May i ask have you done anything related to my provided circuit during December.
Honestly i am little lazy to touch any project during this holiday season except research.

[r2fpl]

Hi r2pl,
I have attached simplified version.
The hint was already provided in my previous link few days back. Knowledge of  power is power.
Square wave 90° phase shifted as attached.Obtained from some random sites.
Circuit indirectly related to HV interrupter phase shift circuit was also attached by me 2..4 weeks back.

Hi magpwr,

I think you've done everything to make sure it doesn't work.

You don't have to turn the phase 90 degrees, just do one of the two possibilities:
Invert the coil or/and give a half sine signal.

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My question is now:

Does Kapanadze give HV or generates HV?