Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[aether22]

why dont you put shematics here publicly ?

can you draw this ?

Sorry but I had to agree not to publish it first, but I didn't agree not to share it 1 on 1 and I think Ganzha is ok with it until I hear otherwise.

Believe me I am tempted to share it as is Ganzha, but he doesn't want to step on others toes and I don't want to break confidence.

I will happily explain how to wire it though.

Start with the inner and outer plates unconnected, now attach a wire to the inner plate and run it to a spark gap (the other electrode is ground) but don't cut the wire.
Then take the wire and connect it to one end of the hv secondary of the flyback.

Take the other end of the flyback secondary coil and connect it to the outer plate.

Also in the diagram the core was not yoke shaped but a tall cylinder, the axis of the winding on the core may be around it but that is not clear, the core is not cut and except for a diagrammatic cutaway view the capacitor formed by the inner and outer shells is a full 360 degrees not 180 as with this version.

Another difference is that while the 50hz coil is very similar and straight forward being a function gen. triggering a transistor (the addition of the transistor should not be required if this works as advertised of course) the high frequency coil is run very differently, no function gen.

However since Tiger claims he never got results anywhere near 150w and he was inputting more power I don't recommend it, so I will tell you how he powered it but it, but it is sloppy...

The flyback was powered with a typical 2 transistor circuit that puts square wave AC through the flyback, the HF coil is between this circuit and ground.
The frequency is not carefully selected and the wave form would be a momentary off as the transistors switch over.

In fact it might be virtually nothing, especially since the circuit has a but on impedance.

I have now explained it well enough you only need to read this enough times to understand what I am telling you.

And that is that the only thing Tiger's schematic really adds is a likely improvement by not having the 2 shields shorted but by having the flyback charging them oppositely to many KV (need good insulation!) and a spark gap in parallel with the inner plate going to ground.

Of course maybe that too is not an advantage.

My conclusion is that since Wesley and T-1000 etc seem mum on disclosing the circuit details, all that can be done is to ignore the stuff about sync between the 2 frequencies and just do as good a job as possible of tuning the 2 as well as you can.

Baroutologos:
BTW my thought on how to protect function generators from overload from reverse induction...
If the 50hz coil is just 15-16 turns it won't face much voltage induced as it would be a significant step down from the output coil.
If the high frequency coil has a well selected capacitor in series it won't pass low 50hz to the Gen. but will not be any obstacle to the HF.

Of course despite these differences it is worth noting that the current version is based on Tiger's work and that Tiger used it on a TV yoke as the youtube video shows, so his schematic is likely more useful that none.

[freenergy850]

Yoke core info:

1.Materials for Deflection Yoke Ferrites

From 1955 to 1965, when ferrites were first applied to electron beam deflection, Mn-Zn or Ni-Zn ferrites were used. Providing lower resistance, Mn-Zn ferrites were used with saddle toroidal winding. But due to ringing problems, they were gradually replaced by Ni-Zn ferrites, which featured higher resistance. Currently, Japanese makers mainly select Mg-Zn ferrites for their low material costs. Tables 1 and 2 compare the characteristics of different ferrite core materials. Table 3 lists the ferrite core requirements as seen from the producers of deflection yokes. In displays with a 120 kHz horizontal scanning frequency, Mn- Zn ferrites may be employed and, in some special cases, slot- type core shapes are adopted to allow different winding patterns for better heat dissipation. Table-1 Comparison Table of Ferrite Material for DY Use Property Mg-Zn Ni-Zn Mn-Zn Core for Deflection Yoke Core Loss Saturated Magnetic Flux Density Resistivity AC Initial Permeability Curie Temperature Deflection Yoke Coil Rise in Temperature Ringing Cross Talk Beats Cost Total Cost Performance

Link: http://www.fdk.co.jp/laboratory/ce_hon-e.html

[cosmoLV]

Only "universum"(God) "knows" if people are ready or not. If that would not be the case there would be NO PEOPLE, and NO LIFE, no nature.

We all are part of good

[DimaWari]

Hey Cosmo any progress on your devices? thanks in advance

[grizli]

We all are part of good

then if you 100% know how tariel device work , why dont you share

everything on 50 servers (forums) on the web, nobody can supress that any more