Kapanadze Cousin - DALLY FREE ENERGY

[itsu]

Here a video of some experiments as mentioned yesterday.

It shows the L1, L2 and L4 signals being in phase
It also shows the nano-pulse peaking through slightly on L1, but practically nothing on L2 (closer to L3).

Finally it shows the signal of the decreased L2 resonance frequency (increased cap from 1uF to 4.4uF) to get to 1.7Khz resonance and the increased nano-pulser repetition frequency to 8Khz.

http://www.youtube.com/watch?v=u7-cTd00GuQ&feature=youtu.be

Regards Itsu

[Black_Bird]

@itsu
Great video, as always!
Instead of using a high repetition rate at the nano pulser, I suggest you to try a frequency that is approximately double of that of the inverter, because this is condition for parametric amplification to occur, at its highest amplification. It can happen at 4 or 8 times the inverter frequency, but in a much smaller extent. I'm still working to see if I can make my setup work in this way, but I have a lot of modification to do.

[itsu]

@itsu
Great video, as always!
Instead of using a high repetition rate at the nano pulser, I suggest you to try a frequency that is approximately double of that of the inverter......

Ok Black_Bird,  thanks.

I managed to put my nano-pulser at 8.4Khz repetition frequency and squeeze 800V out of it.
Then i put the inverter back to 4.2Khz with the L2 cap back to 1uF (resonance at 4.2Khz).
I played around with this setup for a while, but other then the occasional lock between these free-running oscillators nothing magically happened.

Video: http://www.youtube.com/watch?v=aEmdK6MBTFw&feature=youtu.be

Regards itsu 

[Black_Bird]

@itsu:

Thanks again for the great video!
Question: Did you look what's going on on L1?
To increase the amplitude, you could try what I did, sliding L1 inside the other three coils.
Anyway, I like your idea of applying the nanopulse to the inverter core, but be careful not to destroy the transistors with over voltage.

[itsu]

@itsu:
Question: Did you look what's going on on L1?
To increase the amplitude, you could try what I did, sliding L1 inside the other three coils.

Well, L1 shows similar signal as L4 only the amplitudes of the signals differ as the np signal is much smaller compared to the 350V pp sine wave on L1.

To make L1 variable, asks for a complete redesign of the coil combo as it is fixed now on 1 former.
I might do that anyway as i want to use my RG-316 coax which has an iron/steel (copper cladded) inner conductor.   

Regards Itsu