Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[garrypm]

Looks like scratch beat the lot us!

http://www.youtube.com/watch?v=BMrBE5bWeng&feature=plcp&context=C3b4f01dUDOEgsToPDskJuAFxJ3QirAcCQ5yp7ibiB

[AbbaRue]

@wattsup:

Diode A

+>- 120.5vdc
->+ 102.1vdc

Diode B

+>- 69.6vdc
->+ 0.037vdc

According to these measurements Diode A is definitely fried, but Diode B looks good. 
Diodes typically have a voltage drop of about 0.7 volts, and to make a High Voltage diode they place many in series.
So having a voltage drop of 40 volts across a high voltage diode is quite normal. 
That small 0.03vdc leakage voltage is normal for the reverse voltage, a diode should block most voltage in reverse.
A little leaks by because of capacitance.

[dole]

@Ghazanfar
Exactly, I must admit that I see it and experiment in the same direction,
by the way there is 215 mW or 0.215 W but not important.
It might be bather to use inductive load (secondary) with same R and then
transforming it to the resistive, then just directly resistive as this will
further give higher magnification by not only Counter EMF but induction to primary
end it will look very close to TK patent and Tesla transformer.
Interesting thing that at resonant frequency C1-L1 (depending of core),
input will stay the same and (what I believe), at specific condition C2 charge will grow,
protecting it by a ground discharge. I am not there jet, "but who knows"
d.

[wattsup]

@Ghazanfar_Ali

I took the liberty  of removing the superfluous wires in your schematic as they are all sharing the same ground.

I probably do not understand the circuit well enough because I cannot see how the Q2 and Q3 mosfets can share the load if the gates are not receiving + voltage as they are grounded, so how can they open in tandem with Q1?


@ronotte and @AbbaRue

Thanks again for your appraisals. I have an extra good HV diode like the two others so I will put the set-up back together and continue on while I order more HV diodes (since I have a good record of frying components maybe I should open up an EE Bar-BQ restaurant).

I also forgot one major thing and that is the capacitor values of my string of capacitors it only 562pF which is way below the recommended 4000pF range so I am definitely not getting the HV punch per pulse. I have some more ordered and already in transit.

I built a new pick-up air coil that has three coils (see second image below).

1) One single strand (red) going left to right at first layer
2) One multi-strand (left white) wound two layers going 2/3 from left to right.
3) One Litz wire of 1650 strands of wound three layers on right.

This coil can slide into the Caduceus Coil so I can use it to see what is going on inside the CC under three different pick-up scenarios. One thing I am really looking forward to is when all three are shorted, what will happen to the output - hehe.

Anyways, more to come.

wattsup

[Ghazanfar_Ali]

@Wattsup and Dole
My Apologies for confusing you. I wrongly connected the wires for MOSFETs' gates as my mind was in saturation state due to continuous three sleepless nights. This is the latest diagram I have corrected. U can see the initial, intermediate and over all stages showing the waveforms at output stage, how they r achieving stability at 200V. I changed the value of C1 to 18uF where I am receiving better response. C2 is same 4700uF electrolytic Capacitor. I have added the fourth Amp Meter showing current drain at 150 Ohms load. Now the Input and Ouput power is as under.
Input Power 5V * 13.397mA = 0.66985mW
Output power 200V * 457.656mA = 90.3312W 

Kind Regards
Ghazanfar