Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[verpies]

TK devices inherently produce high voltage pulses as they rely on fast avalanche, extremely high current (hundreds to thousands of A) phenomena. To reduce these voltage spikes on the load he uses the visible coil connected between the output of the black box and the load and the spark gap arrestor to make sure that the input to the load is not sparking. The output of the device is still high voltage and pulsed although not as high as the output of the black box. This is why the visible coil is wound with a well insulated wire. The internal electronics of the device cannot use this HV pulsed output, therefore a transformer is employed to lower the voltage as described

That is very likely

[itsu]

@ wattsup

@all

OK, now I know it is extremely important not to have an aluminum layer in the coax. It is just totally isolating and cannot work in any way. Standard coax will never do because that aluminum layer is killing the effect.

I pulsed the center conductor with high voltage and got nothing on the shield. Nada. Completely dead. I have done this hundreds of times to know what to expect as a minimal result but the aluminum layer is really bad news. I was sweeping up to 1 mHz and nothing. TKc before and after load to ground and nothing. Regular coax is bad news.

That's strange because when i pulse my coax with HV, i surely measure high voltage.
I coupled 2 coax coils and center pulsed the primary with HV from a flyback.
Even the center conductor of the secondary shows 1000V pulses.

A third stepdown coil still shows 800V pulses, so through 2x shielding of the coax cables.

Video to be seen here:  http://www.youtube.com/watch?v=fb835qxNPlI&feature=youtu.be


I wonder what your setup was when you found no response on the shield.

Regards Itsu.

[yfree]

Power dissipated in a resistive load that is supplied with a pulsed current: P=R*(I*F)²

This is correct. But if F is defined as a power fill factor, it is still I*V*F.

[wattsup]

@All

Getting back to the physicals of the device.

Does anyone know if our Russia fiends have manged to find any formal specifications on the triple transformer (TT)? We need to know the design specs of the TT. What is the standard design input voltage to the primary? What voltage will the HV line produce at that design voltage? What amperage rating is the HV?

Regarding tests on the TKc wire, I found an effect between the coax center conductor (CCC) (pulsed) and the outer shield (OS) where only one end of the OS goes to load and the other side goes to Earth ground. This is at low level testing to find the frequencies. Around 900kHz to 1.26MHz with the HV from a flyback. hehehe There are many variables to test. Even at low voltage there is an effect but I need to test much more.

Regarding where TK tapped the output wires to the plug of the heater, technically there should be four conductors at that point, so maybe they did not want anyone to see how it was connected.

When I start my set-up, using two batteries, I have to put one battery positive on the drive side and the second battery positive to one side of the pulsed primary. That's two switches to start her up. I imagine TK had to do the same thing to start his set-ups with two switches, one to connect his temporary battery start that loads via HV pulse a dioded tank capacitor, and the second one to start pulsing from the tank capacitor to the drive system.

We really need the specs on the TT.

wattsup

[Zeitmaschine]

Again I think the 2004 video is a big clue. It is almost as if he wants to erase it but cannot, so he tries to make us forget about it.
He first discovered the effect in 1996. So he made very little progress until 2004.

This is because nearly the whole working device is in plain view in the 2004 video.

Neither the helical coil nor the adjacent spark gap does anything here, because they are not present in most of the other devices. That means the white and the orange cable on the spool have also no function except that of a simple extension cord.

In the tin can there has to be a generator for high frequency and high voltage regardless whether that contributes to energy creation or not. This means there is not much room left for something else in this round box like a heavy transformer or coil or capacitor, etc.

This implies that in this video almost the whole working device is visible in plain view with a minimum of hidden parts.

Done the experiment. lol
You get resonance between L1 and L2.

And this means? Free Energy??

The usual way a transformer works is that the current through the primary coil creates a magnetic field in the core in order to get a current by induction in the secondary coil. But if the iron core is hit with high voltage then what happens with the magnetic field? Could there be a magnetic high frequency field created by electrostatics without the need of applying a lot of power (through an electric current in a coil) so that the field creates a current in the secondary coil and then this current interferes with the regularly 50Hz frequency?

In any case a trained technician would either connect the iron core of a transformer to nothing or to ground but surely not to high voltage.

So much for the theories ...