Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[hartiberlin]

Okay, if you only have 10 or less windings, you can
also usea bigger cap like 100 nF foil cap, but you really need a high
voltage rating for it, just 10 Volts will blow it..
Just try to get at least 500 Volts for it , better more...
Or use a few caps in series, like 10 x 500 nF 300 Volts in series will give you
50 nF and 3000 Volts rating.

And only use foil capacitors, no electrolyte or tantal or ceramic caps.

Hope this helps.

Regards, Stefan.

[xenomorphlabs]

Now you need the right 50 or 60 Hz transformer resonance frequency LC circuit
to pulse this via your HV circuit.

Just pulsing at 50 Hz alone does not have an extraordinary effect.
Kapanadze almost certainly uses 50 Hz for his HV circuit, which can be seen by the comparatively slow flashing of his spark gap.
Would it be much faster it would look like a constant stream of lightning.
The trick is to create a resonance (of some kind) via the tesla transformer. Since he studied Tesla, it must not necessarily be an electric resonance between two tuned circuits.
Kapanadze explains in his video in russian that he uses a "resonator" that is built inside his coil that he can´t show for patent protection reasons.
To create a 50 Hz LC circuit on the secondary would require approx. a 1.3 -1.5 FARAD (!) AC cap bank at 220 Volt which is nowhere to be seen in the video and unlikely to fit in the green box.

EDIT: I don´t intend to discourage anyone though to make that investment into expensive caps to try it out.

[nievesoliveras]

Okay, if you only have 10 or less windings, you can
also usea bigger cap like 100 nF foil cap, but you really need a high
voltage rating for it, just 10 Volts will blow it..
Just try to get at least 500 Volts for it , better more...
Or use a few caps in series, like 10 x 500 nF 300 Volts in series will give you
50 nF and 3000 Volts rating.

And only use foil capacitors, no electrolyte or tantal or ceramic caps.

Hope this helps.

Regards, Stefan.

I have been trying to make the flyback to spark again just to be sure that it is okay and the transistor gets super hot each time I connect the flyback to the circuit and raise the voltage past 6 volts.

I think that the flyback got shorted, because if I put the power supply on 12 volts and strike the 10 turns or the 2 turns with the negative to one end and striking with the positive, it does not spark,

If I do the same to an ignition coil I have it sparks beautifully. but if I connect the ignition coil to the circuit with a toroid as the base trigger provider, the transistor gets super hot too.

Jesus

[xenomorphlabs]

@Jesus

Maybe make a resistance measurement across the flyback inputs and compare it with online values typical for flybacks. If it is way too low then it is likely that a short on the primary happened.
However shorts in the secondary are usually the case which (depending on the pin out of your flyback) you maybe can also measure.
Your transistor does not get hot with the ignition coil you are saying?
The fact that it gets hot just shows that it is dissipating too much power (mybe due to the small load resistance by a shorted primary).
Can you check the transistor out with an oscilloscope? Maybe the transistor is always on?
That is a main error cause for glowing transistor in many cases

[flathunter]

Would it be much faster it would look like a constant stream of lightning.
The trick is to create a resonance (of some kind) via the tesla transformer. Since he studied Tesla, it must not necessarily be an electric resonance between two tuned circuits.
Kapanadze explains in his video in russian that he uses a "resonator" that is built inside his coil that he can´t show for patent protection reasons.

This is what makes me think that perhaps Yucca had a good idea when he suggested that by Magnetic resonance D.Smith might mean tuning the coil to half wavelength (correct me if im wrong Yucca). 

Try tuning your coil to halfwavelength - see if the resonant effect is different.