TK device, TPU.. Only enter if you seek truth. Cause here it is...

[Zeitmaschine]

Interesting!

Below a block diagram of the Kapanadze Resonator as I see the concept.

Then how to get the two back-pushes of the resonator? Look here.

Regards

[Zeitmaschine]

Most interesting approach:

Kapanadze Generator Replication
Kapanadze Generator Replication (1)
Kapanadze Generator Replication (Green Box)
Kapanadze Generator Replication (Transparent Box)

Does it work?

[forest]

Magic. Seems he can replicate any OU generator he want. We can fight climate disasters then ...or maybe not ?

[AlienGrey]

Magic. Seems he can replicate any OU generator he want. We can fight climate disasters then ...or maybe not ?

don't you find something strange about that ?

[AlienGrey]

No, I have never not built nor tested TK's circuits.  I have built and tested HV HF TeslaCoils, though.
I am generally not interested in TK's devices. In my opinion they were faked as shown by Wattsup. That is my opinion only and I have no proof that it is really so. I have now proof that TK's devices work as advertised, either.
The only thing I would like to do with them is measure how much energy (in Joules or Wh) they can deliver per kg.
There is not much to discuss, because Mr.Kapanadze has not provided any credible data. Device isolation has not been demonstrated and there are no scopeshots and no credible power measurements - just lights of undefined brightness and a rotation of an unloaded motor. 
The measurements of average alternating current and average voltage are meaningless in light of lack of temporal correletion between them and their shape as well as the lack of demonstrable device isolation.
I have done some TC stuff too, but I never used it to charge LV battery because TCs have large output impedance and batteries have low input impedance which leads to low power transfer efficiency.
Are you observing any signs, that the energy collected by the battery is greater than the energy supplied to the "Tesla transmitter" ? 
To discuss any circuit that has more than 2 components, you should provide a schematic diagram.
This is difficult for me to understand.
Besides the schematic, please state precisely the I/O voltage and current characteristics.  If they are not pure-DC, then you must state their frequency, phase relationship and waveform shape. Remember that average voltage and current for non-DC waveforms does not mean much.
Also the resistance or impedance of the load would be useful.

both you and Hoppy have your opinions, that's ok.

The problem, why don't people with closed minds come with closed mouth's and leave their negative  theories elsewhere or we will get nowhere or is that the intention ?

Kind regards AG  smile please!