Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[elementSix]

They say, if you want to hide something.  Hide it in plain Sight..  TK's Harmonic Reactors...  What would happen if he used the middle part to hook up his antenna and also his ground???  They all resonant together???  Both of these are used in his 2012 Aqua. Video...

HEY Zeit,  Theres you Transformer with 4 secondarys on it, the little one..  Have you given up so easly on that Russian Patent??

[NickZ]

    Verpies and All:
   Do you think that it would it be possible to use two 12 batteries instead of G1 and G2.

  I agree that separating the two halves of the yoke core with paper of tape, would make a difference in breaking the flux interactions between the primary and secondary core halves.
  How important is using the braid on the primary half of the yoke, is it best just add it, does it matter, much?
  Winding a yoke core with those few winding as in the diagram can be done in a short while. An hour or even less time, possibly just a few minutes, so is anyone replicating this?

   So, the yoke device does not need to use any transistors for the switching function?

   I've found that on my yoke core inverter circuits, the transistors are the weak link, as they can easily fry on voltages higher than 12v. But much more light output kicks in from the bulbs, when using voltages of 15v on. Which makes the core resonate at a much stronger and more audible (ringing) level. When using higher voltages louder ringing means higher draw, and higher output. It's been nearly impossible to have strong current output, without strong ringing noise.
  In my inverter circuits incandescent bulbs get hot quickly, so this can't be radiant, but hot electricity instead.

  There is no feed back path on the Wesley yoke circuit? Like when taking the secondary output, back to the primary,  as is done when using transistors in the circuits. Can this be done, here in this case, also? Has anyone tried that?
  Any way,  just some thoughts and questions that are spinning around my head...
   

[verpies]

Do you think that it would it be possible to use two 12 batteries instead of G1 and G2 ?

Not directly. The output of batteries is DC but the output if signal generators (G1 & G2) is AC or PDC.

How important is using the braid on the primary half of the yoke, is it best just add it, does it matter, much?

It matters very much. It is essential.
IMO opinion a copper foil should be used, not copper braid.  The working device used a foil.

Winding a yoke core with those few winding as in the diagram can be done in a short while. An hour or even less time, possibly just a few minutes, so is anyone replicating this?

Because people don't have the special antique soviet yoke cores and appropriate signal generators and test equipment to tune it.  Also, no coherent tunning procedure was ever published.

So, the yoke device does not need to use any transistors for the switching function?

It does. Transistors or other semiconductor elements are inside the signal generators.

I've found that on my yoke core inverter circuits, the transistors are the weak link, as they can easily fry on voltages higher than 12v.

That's because the pulses generated by those transistors are too long and you are approaching the bad V/R limit of the winding circuit.

There is no feed back path on the Wesley yoke circuit? Like when taking the secondary output, back to the primary,  as is done when using transistors in the circuits. Can this be done, here in this case, also? Has anyone tried that?

There is no such feedback path. Nobody to my knowledge has tried that.

[zcsaba77]

hi

can someone explain what is behind mr Antanas on this page:
http://www.freeenergylt.narod2.ru/antanas_energy_6/

is with next pic's (oscilator circuit) something same?

[verpies]

....has anyone any idea why the web page of the yoke device has been removed (404) if not because this device actually worked?

It seemed to work.
Also, I noticed that on this page Antanas has links to dozens of devices but not to the Yoke device.