Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[itsu]

@ all

Completed the yoke with its coils.

Still hunting for ferrite resonance.
While pulsing the copper strip with 20 Hz square pulses, measuring the 3 coils for identical resonance,
however i find:

15  turn = ringing freq.  13 Mhz!!
50  turn = ringing freq. 1.2 Mhz
150 turn = ringing freq. 145 Khz

Measuring the 3 coils resonance later on by inputting a signal via a 2 turn loop from my FG
and scoping the coils i found:

15  turn = resonating at 1.667 Mhz
50  turn = resonating at 1.294 Mhz
150 turn = resonating at 153   Khz


So the "out of line" coil here is the 15 turn coil ringing at 13 Mhz,  resonating at 1.667 Mhz.




Video to be seen here:  http://www.youtube.com/watch?v=MD9tUSWZlsk


Regards Itsu

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[verpies]

inputting a signal via a 2 turn loop from my FG

The 2turn loop is around what?  It's not shown on the video...

[wattsup]

Man oh man, I thought this capacitor was discharged but when I put my hand on it whammo. What a shock. I then go to short the cap but forgot to remove my volt meter from the cap and no the VM does not work. Opening and inspecting the VM, I noticed these two red capacitors that have some writing on them as follows;

NDC
1-2
KV

But both of these caps have a slit going from the center top to about the center of the cap. The slit could be man made because you can see through the slit or this could be caused by the cap discharge. f anyone know about such capacitors and if a slit is normal or not, please advise. The VM is a Fluke 73. I have two more but wanted to try and fix this is possible.

Regarding the experimenting, I have finally found a schematic of my flyback and there are diodes in the HV side. Damn it. Will have to source another one.

I have done the Fcore test with sine wave that gives me best resonance at 7.62 MHz on the 15 turns.
But when I try the F50-turn, I get good resonance with sine or square wave at 26.7 and 21.9 MHz, but can only get resonance with a square wave at 5.72 and 2.00 MHz. Any lower and nothing.

wattsup

PS: Anyone using Firefox (7.01 and latest version 8.0) notice that when making a post, the bold or other buttons are not showing and the "more attachments" does not work so only adding one attachment is possible.

I can't even attach the image. So I put it here if anyone can check it out.
http://purco.qc.ca/ftp/Inventors/Tariel-Kapanadze/wesley/volt-meter/

[verpies]

Still hunting for ferrite resonance.
While pulsing the copper strip with 20 Hz square pulses, measuring the 3 coils for identical resonance,
however i find:

15  turn = ringing freq.  13 Mhz!!
50  turn = ringing freq. 1.2 Mhz
150 turn = ringing freq. 145 Khz

Apparently, the sensing coils are resonating on their own and introducing their own spectral artifacts to the spectrum of the Transverse Winding (copper strips).

Therefore you need to have a way of distinguishing which frequency peaks come from the Transverse Winding and which do not.

This can be easily accomplished with a apx. 10kohm potentiometer. 
Hook up the scope probe to the wiper (middle terminal) of the potentiometer and the 15t and 50t windings to the other terminals of the potentiometer.  The remaining two ends of the 15t and 50t windings both should be connected to the scope ground.

Now repeat the ringing test and observe the peaks on the FFT spectrum analyzer while you are varying the potentiometer back and forth.
Any peaks that do not move sideways with the motion of the potentiometer, do not come from the 15t or 50t windings.

You can also try to vary the frequency of your signal generator in order to eliminate its contributions, and look for stationary frequency peaks.

P.S.
The caveat of this method is that the amplitude from the 50t winding is much higher than from the 15t winding.
If you are a purist then build a voltage divider out of non-inductive resistors in order to equalize the amplitudes from the 15t and 50t windings.