Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[verpies]

@philm
Please measure the capacitance of your 2 copper strips when they are not connected together.

[T-1000]

Got similar reulsts

50 hz kills the core and its own power source hehe)

Guys, I got struck by idea for solution I cannot sleep - add 1:1 transformer to the exit of 50Hz generator!!!

In our experiment we used low power transformer for 50Hz instead of generator and here is catch 22!

[verpies]

Guys, I got struck by idea for solution I cannot sleep - add 1:1 transformer to the exit of 50Hz generator!!!
In our experiment we used low power transformer for 50Hz instead of generator and here is catch 22!

What would be the difference between:
1) the 50Hz sine waveform provided by a transformer
2) the 50Hz sine waveform provided by a signal generator ?

[Mannix]

@T1000

I think we all need to know the circuit you used to drive the 50 wind.

people are dragging up circuits from other devices and there is confusion.
We want to replicate.


Did you use mains frequency with low power transformer in your experiment?



There seems to be only 2 variables for tuning. Cap on output 150wind , and cap on copper strips.?

everything else seem to depend on the injected frequencies ..so we need the circuit diagram that worked for you that goes  between our signal generators and the coils.
Thanks in advance.

[T-1000]

I think we all need to know the circuit you used to drive the 50 wind.
people are dragging up circuits from other devices and there is confusion.
We want to replicate.

We used functional generator PCGU1000 for tuning -  http://www.vellemanusa.com/products/view/?country=us&lang=enu&id=523616

Did you use mains frequency with low power transformer in your experiment?

Yes, that's where I realized difference between killing generator directly or short-circuiting low power mains transformer. You may use low power mains transformer to see if there is any difference.

There seems to be only 2 variables for tuning. Cap on output 150wind , and cap on copper strips.?

Yes, there is capacitor on copper plates for ferroresonant frequency LC circuit. The another capacitor is on secondary coil making tank LC circuit and the capacitance needs to be adjusted for each load at the moment (we noticed about bigger capacitance needed when using 150W bulb after 60W bulb)
Both capacitors are attached only after finding out frequencies for copper plates and 50 turns coils.

everything else seem to depend on the injected frequencies ..so we need the circuit diagram that worked for you that goes  between our signal generators and the coils.
Thanks in advance.

Will try to workout because it appear not so easy to find suppliers for each country and circuits need to be adopted to each country for local parts sources.