Kapanadze Cousin - DALLY FREE ENERGY

[Shokac]

For everyone who got time and want to do series of experiments, please see test case 1 attached:

C2, L3 and L4 is in serial resonance.

For "induction cooker" use ZVS with 50V. ZVS is circuit with automatic resonance, but without capacitor in primary windings.

Please, look this akula0083 video.
http://www.youtube.com/watch?v=5w9nJahkFB0

Where is connect second wire of L2 ?
Where is connect second wire of L5 ?

[verpies]

JNaudin done this setup and he replicated successfully  but he failed to make a self run.
http://jnaudin.free.fr/gegene/gegene13en.htm

Has JNaudin done what Ghanza and T-1000 are proposing ?
Namely, putting bifilar wound (in bucking mode) coil inside a HF inductive heater coil (perpendicularly or parallelly).

...you need induction cooker type circuit connected to your yoke then apply resonance in series to air coil. It will be OK only when will start to heat up wrench inside of air coil. Next, you need to modulate that magnetic field with choke inside of air coil and see what output you get in coil on top of air coil.

and keep in mind this

Regarding Ganzha's diagram - Normally two halves of bifilarly wound coil cancel their inductance when they are connected in bucking mode (there are always two ways to connect a bifilar coil, see here).  In other words, they behave just like a straight piece of wire (especially helical coils, a.k.a. solenoids).

Also, a solenoidal inductive heater coil will not induce directly any net current in such bifilar coils, because the HF EMF in each bifilar-half will cancel out (that's the essence of bucking mode). On the diagram below this means that the HF AC from the outer coil will not directly induce a net EMF in the inner bifilar bucking coil.

However the outer inductive heater coil will have an influence on the matter that the inner bifilar coil's windings are made out of and it will influence any shields or cores that are inside it (even if it is rotated 90deg.)

T-1000 suggests that this influence will be anomalous and will lead to unexpected release of energy (especially when the core is saturated as manifested by rapid heating).

That arrangement and saturation of the core resembles the Michael Meyer patent.

[NickZ]

  MenofFather:
  What you are showing in the picture of a previous way to connect the coils up, possibly to test the induction heater type of reaction.  The 3 turn output from the yoke is not being used. And was not the final approach to the output obtained from the big air coil/ choke set up. As you understand the video, better than I do, please let us know why he was doing that. What I don't know is how much voltage/current he is putting into that driver in the first place, as he is showing one lit bulb.
  Can the scope shots be read? Do they indicate anything, Verpies?

   The ganzha posted diagram is also very different from what akula is doing, and we have no proof that it works. Or do we? The yoke capacitor is in parallel, not in series, and it is showing a spark gap. Which is not the way that akula has it. He has moved on from that lay out, done previously.
  As I had mentioned, if the center tapped yoke is wound with 12 turns, in opposing direction, the output of the 3 turn coil is practically 0. However there is an output from the top of the big air coil, never the less, lighting a bulb. That is what is different here than with any other normal induction circuit.
  I also repeat, that we need to know more about the choke, which is what I'm hung up on now.
Maybe T-1000 can e-mail akula and ask him to give more info about the choke and the chokes capacitor that he used.

  The second to last akula video lay out is very simple to make, other than the drive circuit. All the coils can be wound in only an hour or two. Maybe a CFL bulb driver circuit can be used, to test the coils with, also.
I've already explained where to get the yoke. There is no reason that nobody is building this self-runner device, that almost nobody else in the world has produced.

[verpies]

Can the scope shots be read? Do they indicate anything, Verpies?

I don't even know the probe positions

The ganzha posted diagram is also very different from what akula is doing, and we have no proof that it works. Or do we?

No. You asked us to work without a proof of OU operation.
I don't even know what the most credible Akula's schematic diagram is anymore.

The yoke capacitor is in parallel, not in series, and it is showing a spark gap.

Ganzha's diagram does not show a spark gap or a yoke.  It only shows a Royer oscillator powering a 5T+5T center-tapped primary and a bucking bifilar secondary winding.
The capacitor is part of that primary oscillator.  All that matters on this side of the transformer is the frequency, shape/spectrum, phase and amplitude of the current waveform flowing in that primary. There are soooooo many methods to accomplish the same primary waveform (including an induction cooker).

The magic is supposed to happen after the primary winding is oscillated by the Royer or a Cooker, etc.. and its influence on the bucking bifilar secondary (and/or on eventual cores, shields, slotted pipes, etc...), causes an anomalous energy release to the secondary.

[TinselKoala]

Verpies said,

Regarding Ganzha's diagram - Normally two halves of bifilarly wound coil cancel their inductance when they are connected in bucking mode (there are always two ways to connect a bifilar coil, see here).  In other words, they behave just like a straight piece of wire (especially helical coils, a.k.a. solenoids).

But  the "bucking mode" as illustrated (which I call "hairpin" bifilar)  can have much lower inductance than a "straight" piece of wire the same length, especially if that wire is wound into a solenoid on a core with high permeability. If the hairpin coil is wound carefully it can have _zero_ measurable inductance, but the straight wire of the same total length, arranged in any other manner, will have measurable inductance and it can be quite high.