Here in this PDF file it is said,
that it is using 400 Hz:
http://www.hvlabs.hu/zpe/Gruz/index.pdf

Here is a part translated via automatic translator:


Here and all structure of installation.
Further there is a following â€" installation is connected to qualitative grounding (a network of cold water supply), include. Lamps then disconnect АКÐ' light up, and loading continues to eat the device in an independent mode. Duration of inclusion is not great, possibly, the inverter works in a limiting or other-wordly mode. In the course of demonstration gaugings of pressure and currents by the standard devices, which frequency of work to 400 Hz it at the best are made.
Connecting installation and quality of shooting details (see that have wanted) do not allow to make out lots of wires

   If you go back to the older radios, we the people used 60/50 hz and
the military used .... yup 400hz. Got rid of the background hum problem
and far easier to clean up a weak signal.

thay

edit:  Looks that they have went to standard 60 hz now. Just checked a
milspec site.

Since i first saw the coils of Kapanadze, i had the feeling that there is more than just a primary and secondary winding on there. Have a look at the pic. It looks as if the blue taped part is an extra (sense ?) coil. It seems also far too thick for a tesla secondary (looks like 1mm).
Or he did a super sluggish job at isolating it 
EDIT: On other pics the right side of it seems to have the same wire size.
So maybe its really one coil, but for some (maybe good) reason he decided to put more wire onto
the edges than in the middle ?!

What do you think ?
About the 400 Hz, wasn´t it in the MEG that they operated at a 4 times higher frequency than the resonance frequency? I remember there was something like that. (still would not get to 50 but 100 Hz).

It could also be that the 400 Hz i measured are just extremely loud upper harmonics of the fundamental of 50 Hz which this bad camera certainly wasn´t able to record if it was audible on the scene.

Well as far as i see it, this energy from the vaccum interacts with everything even the universe like a catalyst, this hungarian guy whos friend who posted here is that close but then it is like the avalanch (pressure) which draws this and if you read donalds work then you understand and like the bedini stuff well whoever experimented with that well will have an idea that this hungarian guy needs to see and of course it is the prinicple really, if you see it in sound regarding sonic and with its 'pressure build up' then well yea.

Regarding 3 space with ufos with its 3 whatever at the bottom and also the 3 colours green red and blue etc,etc, and 3 coils..hmm not suprised and also the 3 magic frequencys of the tpu, here the music? .

Like electrons positive neutrino and negative.

Anyways keep shareing results and compare i am loving it.

Quote from: xenomorphlabs on July 07, 2009, 08:25:37 PM
I am running some simulations on the different circuit ideas and i stumbled across an inherent
conceptional mistake in the circuit that groundloop cleaned up (not his mistake of course but circuit designer´s)
The issue is, that for the N-type MOSFET to conduct it would need a control signal from the MOSFET controller. But this controller can logically only get a signal after the first current flows
in the secondary circuit. For this to happen the primary circuit would have to energize the coil, which won´t happen because the MOSFET is closed and "waits" for its control signal to open.
So the cat hunts her tail here.
Certainly this could be overcome by introducing an auxiliary circuit that kicks off the MOSFET one time and then let´s it run.
This error supports my feeling that this circuit was an early design idea and is far from the final version. If you have a look at Kapanadze´s 2nd video you can see a lot of circuitry in there on Printed circuit-boards. I am currently translating a russian document that has the most advanced
circuit design so far, indicating that the russians are significantly advanced in their replication efforts.

Just because a simulation shows it can't work does not mean the diagram is wrong or drawn incorrectly. More times than not, a free energy device is presented and a trained EE will examine it only to say it can't work in it's current configuration and they start to change it from the original. Always build it as drawn and prove beyond a doubt to yourself it wont work before changing anything. I see many people on this forum who use substitutions and get no results and call it debunked. Is it possible to make a Tesla coil work in a simulation?