Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[frantz]

Welcome T-1000 and All,
let's wait longer to publish working prototype scheme....
I think, we have no choice at this moment. We must work more and stronger.
I receive 2 days ago updated document from Vladimir - Tesla Secrets.
I think on there is wrote every thing what is needed to build working prototype.


regards
frantz

[verpies]

The latest test was done on copper plates without capacitor, the generator is attached to them.

The measurement for power was done on 50 turns coil + antenna in SWR.

So, in summary it is:

1t winding <- 12V, 680mA maximum peak to peak 212kHz rectangular wave (39% duty cycle)
50t winding -> a waveform of unknown shape and partially known HV amplitude and known 100W power, with some?/all? spectral components exceeding 25MHz
15t winding - Not Connected
21t winding - Not Connected

We also know that the output power on the 50t winding is measured by an RF Power Meter (a common subfunction of SWR meters), however we do not know the bandwidth of this power meter (I doubt it measures the power of low frequency waveforms or DC power) and we don't know the load characteristics (e.g. resistance) that this meter and antenna presents to the 50t winding.

Anyway, why use a quirky 12m antenna and not a quiet dependable 50ohm load resistor such as this one? : Dummy Load - eBay
Disregard this if you like to irradiate yourself and create a 150W of shortwave interference or a nice homing beacon...

Also, note that the effect is not permanent if the ferrite is not degaussed.  That's unusual.

Also for this effect you need to de-gauss ferrite (like in old TVs). Without it looses capability over time.

[wattsup]

This was ferrite testing and tuning of resonant frequency on copper pates. The input is 12V 0.68A with square wave frequency 212kHz and duty cycle 39%. The ourput is high voltage with frequency is more than 25mHz. The SWR shows steady 100W output.
This effect seems is damaging health. Probably due high frequency of high power
Lowered resonant frequency on copper plates
http://www.youtube.com/watch?v=uZAMS8885n4
http://freeenergylt.narod2.ru/aidas/nastroena.png
http://freeenergylt.narod2.ru/aidas/spektra_analis_nastroenex_mednex_plastine.png
http://freeenergylt.narod2.ru/aidas/spekter_0-25mgz.jpg

@T-1000

In the last few days I have been experimenting with three frequency generators on 1t, 15t and 50t and have seen some pretty nice effects but I have not reported on these effects because I do not want to muddy the waters. I will make a video of this and leave it at that. I have also noticed that at 40% duty on 1t is better in some conditions as @aidas had mentioned and scope reading was way above the 60MHz limit of my scope.

But now @aidas is saying to use on the 1t only 12v at 0.,68A square wave at 212kHz and duty of 39%. But if this is what is required, then why do we need a flyback transformer, since with the right circuit diagram, this could be accomplished with a DC power supply and a mosfet or transistor with gate driven by the FG.

I am confused. Is what @aidas is saying above the real way to drive the 1t, or is it his way of doing some low level experiments and ultimately we still need the flyback for proper HV feeding the 1t.

If any @member here has some good EE skills, can you please draw up a circuit diagram of how I can use my DC power supply via a mosfet  (IRF840 or IRF640) or even PNP type where I can use my FG on the gate to control the pulses and feed to either the 1t directly or use the same thing to feed to a flyback primary. This could be used in both conditions. Please include all connections including how to connect the negative and positive of the FG and mosfet. I need this because my FG alone does not have the output capacity to supply 12v at .68A. My FG outputs much less then that. Maybe one diagram to pulse the negative and another diagram to pulse the positive would be the ideal so we can have both ways of testing.

Thanks in advance.

wattsup

PS: Guys, of course we can all take up 100 more pages on this thread and fill it up with endless theories but in all practicality this amounts to zero on the OU scale. We need to concentrate on the nuts and bolts. Once the toy is working as planned, then we can get some real data on the table and maybe understand more the real effects. Yes I put down my own theory, but it put it down only once and even know that discussing it is useless. Maybe you should all please concentrate on the device and forget the theories for now since they are taking up endless pages and we have to spend time to cut through them and find real info that is useful to us.

[verpies]

If any @member here has some good EE skills, can you please draw up a circuit diagram of how I can use my DC power supply via a mosfet  (IRF840 or IRF640) or even PNP type where I can use my FG on the gate to control the pulses and feed to either the 1t directly or use the same thing to feed to a flyback primary.

To do that I'd need to know what's the maximum p-p voltage that your signal generator can achieve across a 10ohm and 100ohm non-inductive resistor. @ 100kHz

Is your power supply a single-ended device, or can it provide symmetrical +/- supply rails?

[T-1000]

To do that I'd need to know what's the maximum p-p voltage that your signal generator can achieve across a 10ohm and 100ohm non-inductive resistor. @ 100kHz

Is your power supply a single-ended device, or can it provide symmetrical +/- supply rails?

It is single-ended, the resonant 212kHz oscillator is made on generator + transistor for amplifying signal. The copper plates width = deflection yoke heigh.

@T-1000
But now @aidas is saying to use on the 1t only 12v at 0.,68A square wave at 212kHz and duty of 39%. But if this is what is required, then why do we need a flyback transformer, since with the right circuit diagram, this could be accomplished with a DC power supply and a mosfet or transistor with gate driven by the FG.

I am confused. Is what @aidas is saying above the real way to drive the 1t, or is it his way of doing some low level experiments and ultimately we still need the flyback for proper HV feeding the 1t.

Do not get confused, we're on way to experiment #3 with precise methods what give us working unit without need of spark gap.
The spark gap is used in beginning of experiment #1 for crude method to see if you can resonate your ferrite core and coils with wide spectrum of frequencies at once.
Please stay with experiment #2 on deflection yoke and get at least result what we had there. Then you can move step forward.

P.S> In experiment #2 your varicap on copper plates do free-running self induction resonant oscillator and the HV with spark gap is not required for basic operation.