Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Jury1]

I found a unusual the scheme of Oil Dipped Type Ignition Coil
http://img13.imageshost.ru/img/2011/09/27/image_4e8195dd75784.jpg
http://www.youtube.com/watch?v=lR4JBb1b6P0
the source -
( http://www.skif.biz/index.php?name=Forums&file=viewtopic&t=3274&pagenum=9
Post: 328554 )
It uses the capacitance between the casing and the secondary coil.
Coil Capacitor?
Tariel can use Ignition Coil contrary - the cover inside?

[leo48]

This system used in television and said tripler
Leo48

[dllabarre]

I measured a 50 foot TV coax cable I had here.

Coiled into a 4 inch coil with many layers (it was purchased like this)
Shield: 173.9 uF,  145.3 uH
Core: 115.6 uF, 218.4 uH

Unwound, stretched out, laying on the floor
Shield: 0.0 uF (no capacitance),  9.9 uH
Core: 295.0 uF,  85.6 uH

I find it strange the shield had no capacitance but the core had more capacitance in the unwound form.

The resonant freq of the core wound compared to the core unwound is both 1001.6 Hz (1kHz)
115.6uF & 218.4uH compared to 295.0uF & 85.6uH
using http://www.whatcircuits.com/lc-resonance-frequency-calculator/

DonL

PS If I measure from the shield on one end of the cable to the core on the other end of the cable (with the dielectric in between) I get: 699.9pF & 36.1H (yes H - Henries) and 1kHz resonant freq.

[xenomorphlabs]

I measured a 50 foot TV coax cable I had here.

Coiled into a 4 inch coil with many layers (it was purchased like this)
Shield: 173.9 uF,  145.3 uH
Core: 115.6 uF, 218.4 uH

Unwound, stretched out, laying on the floor
Shield: 0.0 uF (no capacitance),  9.9 uH
Core: 295.0 uF,  85.6 uH

I find it strange the shield had no capacitance but the core had more capacitance in the unwound form.

The resonant freq of the core wound compared to the core unwound is both 1001.6 Hz (1kHz)
115.6uF & 218.4uH compared to 295.0uF & 85.6uH
using http://www.whatcircuits.com/lc-resonance-frequency-calculator/

DonL

PS If I measure from the shield on one end of the cable to the core on the other end of the cable (with the dielectric in between) I get: 699.9pF & 36.1H (yes H - Henries) and 1kHz resonant freq.

Hmm, capacitance between what?
How can you get different capacitances for shield and core?
I would measure the capacitance in between them, in that case there would be only one value.
Against what did you measure the capacitance of shield and core and what device did you use?

Measuring the capacitance of such a long cable might be prone to measurement errors, after all LCR-meters are build to measure small capacitors.
But it should give a rough idea.
The meter factors in the (small) inductive reactance of the cap for the (different) measurement frequencies, in your case the cable is coiled up and there is a different inductive reactance biasing the result.

[dllabarre]

I would measure the capacitance in between them, in that case there would be only one value.
Against what did you measure the capacitance of shield and core and what device did you use?

I did.... See PS:

I used an inductance meter which I agree is prone to some error at 50ft.
This is just to show a measurement of coax cable capacitance and inductance.