Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[gyulasun]

Hi all,

I am attempting a build like tiger -

2 questions -

1. Is the ferrite out of a deflection coil ?

2. From the video, is the blue or red wire the primary ?

Regards, Penno

Hi Penno,

My answer to your first question is yes, its shape seems very much like a ferrit deflection core from a television set or a CRT monitor.

On your 2nd question: the red wire should be the center tapped output coil going to the double diode on the right hand side heatsink (I mean as shown in video time 0:40 -1:00)
The blue wire is probably the feedback coil to the transistor base. Transistor is on the left hand side heatsink. the black wire on the core will be the coil in the collector.

Gyula

[scratchrobot]

http://www.youtube.com/watch?v=xkmWkHwJc5E

[FreeEnergyInfo]

INFO
http://freeenergylt.narod2.ru/vladimir_pantiuhov/

[MrPayback]

Cosmo posted a schematic regarding the driving frequency which matches to some degree what SR is doing. There was some confusion regarding the chip which most of us thought was a 556 timer chip. However the chip mentioned by cosmo was the correct number. It is an obsolete but super useful 1 MHZ voltage controlled oscillator that will output both a square wave and a triangle wave. The combination of the two can be used to sweep the frequency needed to hit the NMR frequency of the barium ferrite since as soon as you hit the exact frequency, the frequency changes as the atomic structure of the ferrite changes. Sweeping a small range of that sweet spot will ensure that you hit it enough to go OU. Here is a schematic which I found that backs up what Cosmo posted 5 or 10 pages back.

I have done several tests and found that this does solve the problem of hitting the moving target of the NMR frequency.

Note - National Semiconductor copied this part under the P/N LM566 LM566C, and NTE Electronics, Inc. copied this part under their own P/N NTE994.

[ramset]

MrPayback
Quote,
NMR frequency of the barium ferrite

----------------------------------------
Can you say what this frequency is ? {about]

This seems to me to be a HUGE contribution you have shared here!

Thank you,

Chet