Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Black_Bird]

@br549

Please take a look in the following document:
http://www.tuks.nl/pdf/Reference_Material/Mandelstam_Papalexi/Concerning%20the%20Excitation%20of%20Electrical%20Waves%20Through%20Parameter%20Changes%20English%20translation%201934.pdf

Then, let me know what you think.

Regards.

[wattsup]

@kooler

Thanks for the in. It confirms the choice of stud diodes for the pulse.

@all

Possibly some more out of the box TK thinking. hehehe

In the 2004 device you have two black heat sinks with only TWO WIRES going to each. There is no black wire we cannot see. Only two wires.

The closest heat sink component has a wire going to center and another going to the right of center. What could be so off center? The component is square with a center hole to hold it onto the heat sink using a mounting screw. I was wondering what type of component he used and it dawned on me. The square is turned 90 degrees to have one corner point towards the incoming wire pair.

So here is a big question.

If you had a full wave bridge rectifier and could only use two connections that have to be next to each other and provide some useful function along with its second of same, how would you connect it? BIG QUESTION?

The image below is exactly what I think is on the heat sink using only two wires so only two pins of the FWBR are used and they are one next to the other, meaning you cannot use it with opposing connections. The two non used connections were just curled back and left open or one or two of the remaining are grounded to the chassis of the heat sink using the sink metal as a third action, possible. But it is another fwbr.

It is also possible that once the wires of the two heat sinked fwbrs enter the tin can, they are paralleled to double the amperage rating and halve each heat dissipation. Combining both can also be either for simple DC or AC half wave correction.

Hmmmmm.

Very close.

wattsup 

PS: @Black_Bird

Can you please modify your post and put the url length you posted in two or three lines. You long url is stretching out this page and make reading posts more difficult. Thanks.

[Black_Bird]

@wattsup
@all
Sorry for that. I was not aware that my post caused that. I'll be careful next time.

[verpies]

The high voltage pulse forces the core into the low permeability region of the curve ( saturation), changing the inductance of the transformer.

Wait!  Core saturation would not last for several cycles after the pulse.
IMHO the core "remembers" too long that it has been hit with that high voltage pulse.

[forest]

As I said or not .... the solution is in Steven Mark notes....