Kapanadze Cousin - DALLY FREE ENERGY

[Jeg]

Thanks guys
I use an IR2110 driver so I'll borrow only the output part of the lossless clamp circuit. Two schottky, two caps, four primaries. TL494 has minimum fixed dead time 4% so it is protected. Even I have enclosed my push pull board, there is some space for 4 components more.       

[Void]

BTW I did the test of  two small Tesla coils right next to each other and having feeling .........not yet. I have to inspect it again tomorrow- but in any case -it looks very interesting. Possibly exactly as Romanov said and showed. Coincidentally I read two documents supporting this theory too. Need to sleep on it now

Hi John.k1. Sounds interesting. Let us know how your tests go...

[John.K1]

Hi John.k1. Sounds interesting. Let us know how your tests go...

Hi Void- what the coincidence   just made a picture for you Please tell me where is the mistake in my setup.

[Void]

Hi Void- what the coincidence   just made a picture for you Please tell me where is the mistake in my setup.

Hi John. Is your goal to compare output power to input power?

If you want to get an idea of the output power, try this:
If you have a non-inductive type resistor, such as a carbon film resistor, you can just connect a resistor
across the output of the second tesla coil and measure the voltage waveform across the resistor on your scope, to get an
idea of the output power. For a clean sinewave, Vrms ^2 / R = the average output power. This should give you a half decent
estimation value of the output power. You can try different non-inductive resistor values
from about 10 ohms to 10K ohms to see which gives the best output power.
For a clean sinewave at the output, if you take the peak voltage of the sinewave measured on your scope
across a load resistor and multiply the peak voltage by 0.7071, then that gives you the RMS voltage.

[Dog-One]

Please tell me where is the mistake in my setup.

Those current sense transducers only go to about 200kHz.