Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

The video of your setup would help.
In result you want to get minimum consumed current as possible from the power source and contain resonant circuit while covering only resistive losses. The transformation on the output should not be direct magnetic field part.

Just to get idea - here is one of fresh experiments with lighting microwave bulb on the output while the current in consumption stays on minimum when doing modulation of two signals:
https://www.youtube.com/watch?v=QLEAwkt6Chc
https://www.youtube.com/watch?v=40v3ylpkmXM

Two observations with the second video: The meter close to the lamp is presumably connected in series with the lamp load. If this is the case then that analoque meter will be insensitive to HF pulsed current. The other analogue meter which is presumably in series with the supply is only glimpsed once very briefly. So all in all, a rather pointless video.

[T-1000]

Two observations with the second video: The meter close to the lamp is presumably connected in series with the lamp load. If this is the case then that analoque meter will be insensitive to HF pulsed current. The other analogue meter which is presumably in series with the supply is only glimpsed once very briefly. So all in all, a rather pointless video.

For the measurements of meters themselves there is another story - https://www.youtube.com/watch?v=hvGGtvkEaIo (old itsu video)
The bulb is not connected to any meters directly in video, also the schematic is in 1st part.

[Hoppy]

For the measurements of meters themselves there is another story - https://www.youtube.com/watch?v=hvGGtvkEaIo (old itsu video)
The bulb is not connected to any meters directly in video, also the schematic is in 1st part.

It really does not matter whether the meter is inductively coupled or direct coupled, as it is not suitable for purpose.

[verpies]

I repeat again  " FORGET KACHER"    What you need is sharp pulses synchronized with the current coil. Curent coil has to be able to automatically tune to resonance frequency.

Itsu has a nanosecond kV pulser and he tried synchronizing these nanopulses to the sine waveform...nothing unusual happened.

He is also well equipped to synchronize and track a natural resonance frequency of an LC circuit with his signal generator.

[verpies]

I still wonder why Itsu's system couldn't light up his bulbs, (his two bulbs, were quite dim), better than it did. So, that doesn't attract me in the direction of making a TL494/PWM board myself, yet.

How you generate the EM signal does not matter.
How you amplify the EM signal does not matter either.

Signal is a signal, it is defined by its waveform shape, amplitude, frequency and phase relationship to other signals. That's it!

Itsu did not have to build a TL494/PWM board.  He could have program his Function Generator to do all these things, without making any signal generating boards (except for the kV nanopulser). 
I think that he went to the trouble of building such a board only to be true to someone else's design for verification and to enable others who do not have such FG, to continue experimentation.

The only enigma is the element that these signals are applied to, e.g.: yoke, grenade, ferrite rod, etc...