Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[v8karlo]

Well, maybe the cap gets charged from the input, before the transformer reacts to the input. Then the cap dumps into the transformer, as the impedance lets it. ;]

One other thing.
Run this coil without load, switch off circuit, wait
for 3-5 seconds and grab output and you will get
shocked just as you grabed ordinary cap which is full.
So, coils preserve charge after been switched off.

[v8karlo]

Good night to all of you, well , where is night off course.

[x_name41]

Thank you v8karlo, by tomorrow

p.s.  i still online because my password is very complicated!

[v8karlo]

@V8Karlo

Did you experiment with couple of winds of thick copper on top the transformer coil in order to increase amperage of the output?

Excelent question.
I found out that thick wire with less ohms is better then long thin with 50 or 100 ohm.
Actually my first coils were only 10-15 turns of thick wire with zero ohms for each coil.
Freq. goes up, Duty C. shorter but more amps were produced.
With fat wire you have more surface, more surface more capacitance, and this is
capacitive coil. With zero ohms means that it can faster discharge and it discharge
to zero in one cycle. If you have only few ohms in coils it wont discharge to zero,
and coil cap discharge full to zero, not like caps only to 30 % of their max capacitance.

[v8karlo]

Excelent question.
I found out that thick wire with less ohms is better then long thin with 50 or 100 ohm.
Actually my first coils were only 10-15 turns of thick wire with zero ohms for each coil.
Freq. goes up, Duty C. shorter but more amps were produced.
With fat wire you have more surface, more surface more capacitance, and this is
capacitive coil. With zero ohms means that it can faster discharge and it discharge
to zero in one cycle. If you have only few ohms in coils it wont discharge to zero,
and coil cap discharge full to zero, not like caps only to 30 % of their max capacitance.

Without load of course