Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[elementSix]

I believe that in order for TK's system to work, it has to start out low and work its way up to full power.  He has to have a circuit controller inside of the 2004 can.  It can work something like a SMPS.  In a way..  For the receiving coil to stay in resonance, the circuit controller has to adjust the input frequency and the wave power.  It probbaly operates at very high frequency for that exact reason.  So that the much lower frequency that the recieving coil gets, could be equal to or around the Earths Resonant Frequency or the 44Hz that the Frequency counter showed..This is just a Theory, and it might not mean anything, its just my thinking outa the box...  But in the patent, what could the current amplifier be.  On the Russian site,  that I got those TK schematic pics from, that I posted a few pages back.  They have it as a 3 or 5 turn coil over the secondary,  that is controlled by a "Phase Locked Loop", I believe.   In TK's Patent, in the reference notes, it has a Piezoelectric Transformer.  Could this be anything more than just an input for the return??  Now I will also show the circuit diagram for this device.  It has an adjustment for the duty cycle for the square wave.  What if you made a HillBilly Impulse signal by making the square wave duty cycle on the negative side very small and made the positive pulse right in the middle of the square wave, which would look just like the Impulse waveform that Bedini's Monopole wheel produces.  With that waveform you can have multiple secondarys off of the main primary of the open circuit system..  This is from the patent for this device.................PIEZOELECTRIC TRANSFORMER

In a converter or inverter comprising a switching circuit (23) for switching a d.c. input signal into a switched signal, a piezoelectric transformer (25) for driving a load (27) with a converter output signal, and an FM modulator (43-47) for detecting the converter output signal to produce a rectangular signal for adjusting a switched frequency of the switched signal, a duty ratio adjuster (49) is supplied with the d.c. input signal to control the rectangular signal for adjustment of a duty ratio of the switched signal. Preferably, a filter (29) filters the switched signal for the piezoelectric transformer. The converter is given a high efficiency by use of a rectifier on producing the converter output signal. In any event, the switching circuit may comprise first (31) and second (33) switching elements, which may be used as an active clamp circuit to linearize a feed forward characteristic of the duty ratio.

[elementSix]

I cant find a free copy of thie IEEE Paper..  andrea might be able to get it>>  Can you?

Current and Voltage Phase Shift Regulation in Resonant Converters With Integration Control

This letter presents an application of the phase controller which allows a regulation of current and voltage phase shift in resonant circuit with nonperiodic voltage waveform. The phase controller has been implemented using the voltage-controlled oscillator generator operating with double resonant frequency, creation of additional auxiliary voltage signal, and phase-locked loop. The results of computer simulations and laboratory experiments show that the proposed phase controller allows a simple and efficient phase shift regulation for all known systems of integration control with a continuous and discontinuous resonant current flow.

[zcsaba77]

http://www.youtube.com/watch?v=qVUN3GsekKQ

In this version we see the one wire motor that was expanded to two plates on either side of the core under the two plates. The exciter oscillator is under the metal skin of the box and thats where the two wires go for the battery. The reason they can't measure the voltage or current is because it is a 1 wire transfer to the two plates. In between the two plates there is a heavy copper coil connecting both plates. This keeps one plate always higher in potential then the other and a flow gets created in between these potentials or plates. As the flow increases it speeds up the disks. As shown the exciter also runs lights directly from the box. We know this must be a sudo sine wave of some sort. Most likely a square wave when inputter to a transformer, it will change to a sine wave I think? Correct me if I am wrong here.

hi

i still not understand how this motor to motion, because is just rotor part, no stator, and how is supported power to rotor, i see just two disc, one disk is steel and brass is joined, beetween is permanent magnet ring/tube on shaft, and on magnet is coil what is joined two disk brass part, and on shaft end is toroid transformer/inductor, if I good know

[verpies]

I cant find a free copy of this IEEE Paper.. 

It's a pity that they demand so much money for IEEE papers.
IMO scientific information should be free.

[SchubertReijiMaigo]

@verpies
Thank for your precision about the energy wasted in a RL, effectively beyond 1.15 L/R the process is a total  wastage.
(I save this diagram).
This is a huge problem because at this stage current isn't stabilized so we have full mutual induction, unless you stabilize voluntarily with a current regulator or with a BJT in linear mode.
Problem as far I know when a BJT is in linear mode it dissipate a lot of heat to...
It will need a transistor that doesn't dissipate power in linear mode, a Josephson superconducting transistor ?


Look like the mechanical solution is more realist at our current technological level.