Kapanadze Cousin - DALLY FREE ENERGY

[Void]

The circuit diagram shows 24V 3-pin voltage regulators being input 24V and output 24V. This is strange given that these regulators cannot output a properly regulated voltage at the same voltage as the input. More importantly, the TC4420 mosfet driver has a supply voltage rating of 20V max! Did Ruslan produce this circuit diagram?

Hi Hoppy. Ruslan has not produced any schematics other than the hand drawn schematics
he has shown in a couple of his videos. You were looking at another kludge by someone
who appears to have little idea of what they are doing. It is no different than the many other endless
schematics du jour that keep getting posted in these forums, if you catch my drift. 
All the best...

[Void]

Man called Denny from our Russian forum has caught OU effect - but only 60W power for free. What is interesting is he was excited not bifilar inductor but Grenade coils layers 5 and 6.
Now he rewounded coils so will see does he wiil catch OU effect again or not !!
his video
http://www.youtube.com/watch?v=hlLLiwzfoeE

I see no indication of overunity in that video at all.
A tesla coil will transfer energy to a filament light bulb through an air coil, especially
if the coil is at or near resonance on the same frequency as the tesla coil. Perfectly normal.
Unless you are comparing proper measurements of total power input
to total power output, you cannot reasonably make any conclusions about over unity.
A glowing partially lit lightbulb in a video actually tells you very little...
All the best...

[Void]

Is there advantage to driving the coil as kinda a dipole - as in from the center with power on one side and the other open?  So many things to make note of...

was trying balancing resistors to power and ground to the base too... and was able to tune the same coil up to 1.12Mhz something... but it was really noisy, and needed to be a better harmonic.  So ...
49m = 6.122448979591837Mhz
I can get 2.5Mhz with 2n3055 that's no good


could wish the kacher didn't have to have amps... it does doesn't it?
*shrug* kacher is pretty weak stiil

Hi d3x0r.  Driving a tesla coil with the primary windings at the bottom or at the center will definitely
give some difference in results. It depends what you are trying to achieve.
The 2N3055 has a max frequency spec (Ft) of 2.5 MHz. The 2SC5200 has a max
frequency spec of 30 MHz. The 2SC5200  should give a much better performance in a kacher circuit
running in the low MHz range.
All the best...

[Hoppy]

Hi Hoppy. Ruslan has not produced any schematics other than the hand drawn schematics
he has shown in a couple of his videos. You were looking at another kludge by someone
who appears to have little idea of what they are doing. It is no different than the many other endless
schematics du jour that keep getting posted in these forums, if you catch my drift. 
All the best...

Hi Void,

Yes, I do catch your drift and although I am taking this project seriously because IMO it flies in the face of credibility. Ruslan appears to have worked through numerous variations and we just don't know how many, if any of these have actually self ran. Its just a case of assuming he did succeed as he does seem to spend a lot of time sharing build information and is presumably sincere. Alternatively, he just likes keeping people up to date with his experimentation towards the goal to achieve a self-runner.

[itsu]

Hi Itsu

Try to lower resonant frequency of your Grenade on 17,5KHz...18,5 KHz. For this you will need capacity about 1uf-1.2 uf. Two 0,47uf capacitors and one or two from 100nf.

What i want to say is this:
Katcher must resonate on some odd harmonic of resonant frequency of Grenade coil. Grenade is our reference point.  We need wave resonance here. Wave resonance is centering many small wavelanghts to one biger. or simple we need to devide one wave lenght on odd equal integers.
Only in odd integers we have constant phase shift for both wavelenght,

Try analyse picture - настройка:   

I was watching Akula video and saw he was tunned his Tesla transformer on 3rd overtone of Grenade resonant frequency.  It was about 170KHz.
Number of harmonics for Katcher must be odd because we must put whole number of Katcher periodes to reference periode of Grenade coil. (worth also for wavelenghts).

I want to ask you to record in high resolution complete cpectra from 0 Hz up to 100 MHZ on your Tektroniks oscilloscope and to zoom main spectra peaks especially in lowest range from 0Hz up to several MHz. I need these data to try catch some correlations between processes here. I think there are involved several very complex processes. You can use 1 m copper wire at couple of meters distance as antenna for your 50 ohm analyser input.

Reg.

Hmmm, my grenade does not have any parallel capacitor and it does not resonate in the low KHz range, more like
970KHz, 2.1MHz and 4MHz (self resonance).

Do you mean my 2x 25 bifilar coil?  That one resonates now at 26.5KHz with the 0.47uF capacitor in series.

The only (parallel) capacitor on the Grenade coil on your latest diagram and on the one hand drawn by Ruslan is a 10uF capacitor near the bulbs,
see below.  (or is this a smooting capacitor as 10uF is way to much for resonance?)

Also there you see that the link drawn in between the Grenade coil and the 2x25 t coil is missing in this latest diagram (it was never in the older
ones either).

So more confusion here.

Concerning your request about "to record in high resolution complete cpectra", no problem to help if possible, but i am not sure i follow you.
My Tektroniks oscilloscope is just that, an oscilloscope, no spectrum analyser, or do you mean the FFT function?
I then need to sweep the whole range  0 Hz up to 100 MHZ  using my Function generator.
And what to scan?  The grenade coil, the 2x 25turn bifilar coil?  Please explain.

Regards Itsu