Kapanadze Cousin - DALLY FREE ENERGY

[nelsonrochaa]

It is comments like this from various people here that make me think I am just wasting my time... 
This sort of thing happens way too often here unfortunately....

    

Ha Ha , not only your time but even of people interesting in learn , because such type of moron that are able to show anything but only make appeal to their existence drawing attention with its vein off entertainer.
And what they show or contributed in this forum?
Absolutely nothing . It's the type of bench coach lol
only talk talk stepanov , 3 phases , double freq lol  It looks like a broken record
But well is life 

[forest]

coil in relay working in self-oscillation mode is high inductance do not allow sharp large currents ? how important is to have capacitor across spark gap which lead to the the "transformer" (two flat white coils)?
very nice setup 

[Void]

But well is life

Yes, indeed.

[Terbo]

Hi Terbo ,

Well you are right about what you say, but in minute 5:29 are the ground probe  connected  ?..... the scope probe are connected directly in output without the bridge and without ground of probe  and what you see in scope ? ohhhh seems you don't see all the video ....

@NelsonRochaa
I think you are misreading my comments.  I am very interested in your videos.  I watch them many times (start to finish) trying to understand what you are demonstrating.  I even attempt to reverse engineer your setups from the videos. The drawing in my previous post is a good example.  So, please include an occasional schematic and longer written description in your videos so we can more easily understand and replicate your work.   And I will try to pay closer attention.  Your experiments are on track.
Cheers...

[verpies]

When we have a signal in the 25kHz range I would think picofarads would be negligible capacitance.

Not really.
1pF @ 25kHz sine AC has a 6366Ω reactance.
So at 25kHz and 1kV AC, the maximum power flowing through this reactance is 1000V² / 6366Ω = 157W

...and I think that this guy, who was cited, was using more than 1kV.

Take an AC sine wave and rectify it with a full wave bridge rectifier--we get those lazy humps

The reactance of 1pF to a perfectly rectified sine wave would be lower than to a pure sine wave.
The reactance of 1pF to a square wave would be 19% lower than to pure sine, namely 5160Ω, which would bring the maximum power up to 194W (at the same voltage a.).