Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Jdo300]

i have experimented, things are happening the exact way aidas, arunas, wesley say, no theories will make your device work!  DO IT and you will know!!!
everything has to be adjusted piece by piece, you will not suceed with a fixed thing.... 

trust it, the phenomenon is not explained in conventional science, and media will still try to supress it although it can be reached by anyone this time.
All physics books needs either adding more info or completely rewriting...

@energia9,

Did you implement feedback to your signal source as T-1000 mentioned earlier?

@Everyone else,

I believe I understand how what needs to be done in regards to syncing the generators with the 1-2 turn winding. However, on a practical note, how does one convert the low voltage, high current signal from the one-turn winding into something that would be comparable with the signal generator's sync input?

@verpies,

Yep, I knew you had to be a professor (or EE at least). I'm an EE student myself and definitely appreciate your objectivity and clarity of speech  .

- Jason O

[grizli]

Did you try pinging the copper plates with a narrow sharp rectangular pulse?
They plates should "ring" even without a capacitor in parallel, after a rapidly falling edge of the stimulating pulse.

Ideally, the stimulating pulse should be of high voltage and with fast fall time.

The "ringing" should be sensed on a separate unloaded winding hooked up to an oscilloscope probe.
I would suppose that the short primary winding would do nicely for this purpose.

Expect this "ringing frequency to be in the MHz range and expect it to change after the secondary winding is loaded (loading allows a meaningful current to develop in the secondary and exert its effect on the resonance). Secondary does not have to exist for this test.

I think you are wrong

maybe only exact way to see resonance on 90 degree coil is scoping that coil , while pulsing the same coil  ?
Pulsing copper sheet coil and scoping it after pulse goes away?
Its not the same if we pulse classic coil thats at 90 degree to copper shield coil

[grizli]

We are dealing with coil under influence of external factors. The impedance is not constant there, especially on excited ferrite core..

With no feedback you will have problem on synchronization between different frequencies.

Sine wave , does it have offset ? or it is symmetrical to zero ?

[grizli]

i have experimented, things are happening the exact way aidas, arunas, wesley say, no theories will make your device work!  DO IT and you will know!!!
everything has to be adjusted piece by piece, you will not suceed with a fixed thing.... 

trust it, the phenomenon is not explained in conventional science, and media will still try to supress it although it can be reached by anyone this time.
All physics books needs either adding more info or completely rewriting...

He he , if you or stivep or T-1000 do not explain what you sync to what we cant use sinctronisation , we dont know what to syncronise with what ...

Its NOT theory its real thing if you want to drive any coil with "sync"

[grizli]

@energia9,

Did you implement feedback to your signal source as T-1000 mentioned earlier?

@Everyone else,

I believe I understand how what needs to be done in regards to syncing the generators with the 1-2 turn winding. However, on a practical note, how does one convert the low voltage, high current signal from the one-turn winding into something that would be comparable with the signal generator's sync input?

@verpies,

Yep, I knew you had to be a professor (or EE at least). I'm an EE student myself and definitely appreciate your objectivity and clarity of speech  .

- Jason O

SG input impedance is maybe 10 Mohm, thre is no current, if voltage level is enough it has to work(regarding SG like device itself)