Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[jbignes5]

 Kapanadze pumps the current from the ground through induction into the load coil which is energized by the sparkgap and heavy coil to ground. each ground will have a different potential to it allowing a current loop to form which is drawn up into the load coil and inductively sucked for current. Remember current flows twords voltage after voltage establishes the connection. Thats how Kapandze does it. Any loss of current in the ground is replaced by the environment of air and ground.

I'm thinking the transistor is only to pulse the output at the required frequency. This also will give finite control over the current in the loop.

[Zeitmaschine]

Pattent is not complex.

It is very simply.

Over 800 pages so far for a patent that is not complex. 

HF generator is Juel thief for making high voltage

Normal Joule Thief does not make high voltage (realm of 3KV). But the idea could be close.

My problem is, how to get high voltage with 1 to 2MHz in order to synchronize it with the resonance frequency of the Tesla coil?

Regular flyback transformer runs with approx. 20KHz. This is to low. My inverter transformer from LCD backlight resonates at 250KHz. Not enough, or I'm to stupid to get the circuit right.

But this is a nice toy to investigate: http://www.youtube.com/watch?v=tvjhkvUnYqc


Regards

[Shokac]

I'm thinking the transistor is only to pulse the output at the required frequency. This also will give finite control over the current in the loop.

Gap in the Spark is cca 1mm. Spark make high voltage 2000V or more.

How make high voltage in small box without high frequency ??

For high voltage in 50 Hz need big transformer.... (like transformer for neon sign). This transformer not fit in small box :-)


Transistors is for make high voltage (high frequency discharge)

[frantz]

Kapanadze pumps the current from the ground through induction into the load coil which is energized by the sparkgap and heavy coil to ground. each ground will have a different potential to it allowing a current loop to form which is drawn up into the load coil and inductively sucked for current. Remember current flows twords voltage after voltage establishes the connection. Thats how Kapandze does it. Any loss of current in the ground is replaced by the environment of air and ground.

I'm thinking the transistor is only to pulse the output at the required frequency. This also will give finite control over the current in the loop.

I can't to agree with you.
in video 2004 TK had only one ground...
and no antenna....

And about transistor(s),
I think transistor is used only for flyback transformer. For 50 Hz is used capacitor, and time constant of this part. When you tune HV you will to have longer or shorter time of charging a capacitor.


Like I wrote previously, HV sucking electrons in bifilar resonator to one half of it, when will be discharge of cap via SG electrons going back to stable level etc. again and again... in this point is generated strong current inside resonator....



Frantz

[Shokac]

Over 800 pages so far for a patent that is not complex. 

Yes, unfortunately.
all think too complex.
Simulation with software :-) :-). Is is fany.... :-) :-) Free energy in simulation ... :-)

Take 7 thing on the table. HV diode, normal diode, high freqency generator for make high voltage, smal bobin (coil) and conedenser (1,2 or 4). Spark gap.

Normal Joule Thief does not make high voltage (realm of 3KV). But the idea could be close.

My problem is, how to get high voltage with 1 to 2MHz in order to synchronize it with the resonance frequency of the Tesla coil?

Regular flyback transformer runs with approx. 20KHz. This is to low. My inverter transformer from LCD backlight resonates at 250KHz. Not enough, or I'm to stupid to get the circuit right.

Why
If connect spark gap between condenser HV generator and coil, getting resonance circuit. Spark gap is use for automatic change frequency in ac circuit. Or for condenser discharge in DC circuit. Talking about HV circuit.

Regards