Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Waves]

By 167 diode, 7,5kV 0,25A      http://english.electronica-pt.com/db/cross-reference.php?ref=BY167

[xenomorphlabs]

@T-1000 & Stivep

Tariel's Green Box unit has the load (bulbs) connected to the ground wire and the ground wire showed 22amps.

I'm curious as to why is it that you don't need to connect the ground wire to the load?
What is different?  I want to understand everything about this device of yours.

Thank you for any explanation
DonL

The ground current in the green box device was measured with a clampmeter and had a pretty stable reading. That seems to indicate that it was measuring
AC current at the frequency the meter was designed for 50/60 Hz.
Clampmeters jump all over the place measuring high frequency currents.
Furthermore there is a measurement being taken with a small box that appears to be a frequency measuring device, which i cannot identify due to the handwritten georgian letters on it. (სიხშირშზოში )
It has the letters "ჰც" to the right of the reading which would translate to "H" "TS" (Hertz).
The measured value is also hard to read due to reflections on the glass, but i think it reads something in the 40s range like 49.16
I still don't know how but TK really seems to have managed to establish a ~50 Hz AC output ...

[wattsup]

Hi e2matrix,

Would like to tell you that every wrist-watch service shop have got a low frequency oscillator that drives a coil, this coil can be any kind, mainly with soft iron core, many watch service men use a simple open core transformer driven from the 50 or 60 Hz mains (with current limit). The purpose of this low frequency drive is to check the inside mechanical clock work and blow  any dust away with compressed air while the wheels turn faster than 1 Hz.
Some years ago I personally witnessed such speedy turning by a normal (solenoid) coil, used by a service man in his watch repair shop.

I do NOT want to speak against the properties of a Caduceus coil, nor against the Hyper Dimensional Resonator shown in the video. ANY pulsed oscillator with especially open core coils can AFFECT sensitive electronics due to its near-field radiation. I just wanted to clarify the effect shown in the video can be produced with "normal" coils/oscillators, this should not be connected to a special property of the Caduceus coil type.

Thanks,  Gyula

I agree with Gyula. With certain coils and the right frequency I can turn on certain programs on my computer, wipe out the memory in my TV remote control or create detuned images on the TV. The coils that I have pulsed while seeing these effects are from a wide range of topologies but in general, most are air core or toroids.

Before I make a full blown TK coil, I will make a few smaller ones to do some low level bench testing since I have done so many of such tests, I will be able to notice anything really out of the ordinary in the dynamics of the coil.

I still need someone to make a connection diagram with the flyback transformer I showed on previous page in order to integrate it into the overall schematic. I really don't want to make any mistakes and risk damaging the flyback coil. So if anyone has a step by step instruction on how to modify the flyback and connect it into the diagram, this would help me and others.

This guy seems to know enough about flybacks.
http://www.youtube.com/watch?v=8IdY5lLqIQ8

@T-1000

Just out of curiosity, did you ever try to put the HV fro the flyback directly to the Caduceus Coil just to see the output without the first spark gap, etc.

wattsup

[Goat]

@T-1000

Just want to thank you for making the circuit and posting it, however, is there any chance you might alter the colours of the background from black to white? and make the wires black.

@T-1000 & Team...Congratulations keep up the good work, wish you guys all the best!

@Electricme...I'm re-posting T-1000 schematic with the background from black to white as you requested.

Regards,
Paul

[energia9]

Anyone got some info how to determine what voltage is my flyback producing apart from voltmeter,  do you guys know how many milimeter of spark per kilovolt? can we calculate it out that way?
thank you