Kapanadze Cousin - DALLY FREE ENERGY

[itsu]

@all

Had anybody have the opportunity to analyze this post?

From what i understood from the (translated) RealStrannik.ru forum which is later on cleaned up and now inaccessible to me  (You do not have permission to access this page!) L2 suppose to resonate at 4.6Khz (which i have tuned my L2 on).

So i made my 200V generator (tl494) also to run on this frequency.

It will cause L1, L2 and L4 to generate sine wave signals on this 4.6Khz which should be pimped up by the 1Kv/1ns pulse of the L3 coax coil to produce the extra energy to light the 20W bulb and the feedback with the ATX PS.

Regards Itsu.

[verpies]

Im not sure, either. But I'm more concerned with the strange Power balance.

Unless you are using a GHz analog multiplier in its linear range to multiply the instantaneous voltage and current in your circuit, I would not put much faith in your power measurements.

Multiplying volts and amps is a valid power calculation only for DC.

[Hoppy]

@Itsu and Hoppy

Yes, I agree with both of you, but if we have a new problems we need to find new solutions. Right ??

Regards
Сергей В.

I say only solutions to problems related to the understanding of the original design and component specifications etc, to which most have now been addressed IMO; not solutions to overcome perceived or real shortcomings in the original design. As I said before, it either works or does not as designed.

Regards
Hoppy

[verpies]

I say only solutions to problems related to the understanding of the original design and component specifications etc, to which most have now been addressed IMO; not solutions to overcome perceived or real shortcomings in the original design. As I said before, it either works or does not as designed.

I hate it, but Hoppy is right.

[Hoppy]

@hoppy

Do you mean that both the inverter and nano pulser should work at the same frequency? Probably synchronized? I noticed that, when I activate the nanopulser, in the output coil I can see some spikes superimposed to the output sine wave, but they move relative to each other because they are not synchronized.

The inverter runs at 4.6KHz. My VCO is running at around 12KHz. The VCO as designed will not go down as low as 4.6KHz, at least not mine.

Regards
Hoppy