Kapanadze Cousin - DALLY FREE ENERGY

[beboszek]

In a nuthshell, DSRD pulse generators are able to generate a very dense frequency spectrum. Tesla coils cannot do that.
See here for an English description, maybe that will help you understand it.

Verpies, you made this translation of my document? Its really excellent, and [/size]evidently not made with a help of google translate.
May I publish it on my website along with original polish version?
PS. Jesteś Polakiem?
Marek

[Jeg]

But If you request me to disconnect push-pull while in full swing, sure. no problem,
I have completely nothing to hide, it's in plain sight
it would turn out to be the same as when I disconnect kacher circuit from play.
You will hear absolutely nothing,  it would look like the system just died.

Hi Geo
Congrats for your insistence.

Isn't your mediator (which increases the impact of your katcher to grenade and also your consumption) be powered by your push pull? If yes, then perhaps it is normal to see a decreased up to dead output. The interesting thing that might Hoppy wanted to see, is if all of your output power is due to your Katcher's hyperpulse alone, something that would indicate that there is not any special effect other than a normal energy transfer from input to output. Of course it is an assumption without trying to degrade what has been demonstrated. It is just that everything has to be thoroughly be examined. Keep the good work and thanks for sharing.

[verpies]

May I publish it on my website ...?

Apparently this is your work, thus you own all the rights to it regardless of the language.
You can even sue the translator for processing it...

[Hoppy]

The interesting thing that might Hoppy wanted to see, is if all of your output power is due to your Katcher's hyperpulse alone, something that would indicate that there is not any special effect other than a normal energy transfer from input to output.

I'm suggesting that its primarily the push-pull that is powering the lamp load, triggered by the Kacher HV and not the Kacher directly powering the load. This can be easily established by scoping the push-pull output whilst observing the varying level of lamp brightness, something that Geo can do, as I read that he has a scope.

[verpies]

I'm suggesting that its primarily the push-pull that is powering the lamp load, triggered by the Kacher HV and not the Kacher directly powering the load. This can be easily established by scoping the push-pull output whilst observing the varying level of lamp brightness, something that Geo can do, as I read that he has a scope.

Would you scope the gate circuit or the drain circuit?

Anyway, if the HF electric field emanating from the Kacher is influencing the push-pull circuit, then it will be hard to scope it with a high-impedance voltage probe.
From this, the immediate conclusion should be, that in this situation, low-impedance current measurement is more trustworthy than HiZ voltage measurement.  Shielding notwithstanding...