Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  Itsu:
  Good to see that you are still with us, at least in spirit.
   I don't know if you've seen my last video, lighting up 400 watt bulbs, and showing the amplification effect, which does brighten up the bulbs, more so than just what the induction circuit can do by itself.
https://www.youtube.com/watch?v=Yr25PT2iM9o

   I've also had some problems with my Kacher getting too hot from too much voltage/current , as it's connected to the 28t coil through a full bridge rectifier/capacitor and then to the Kacher's input.  I need to reduce the input to the Kacher circuit.
  Any ideas?

   Well, I've since then lost the "amplification effect", and I'm still trying to get it back. Not easy to do...  as now I have absolutely no added extra power, when connecting up the Kacher circuit to the induction circuits, and the bulbs remain the same.
As did yours.
   Once I figure out just what causes the "amplification effect", exactly,  I'll let everyone know. For now I believe it is the way the device is connected up, as the most important point. Even more so than frequency matching, impedance, sync,  etz... or even the ground.
   Geo lit his device bulbs using the negative (or positive) of an old dead car battery, as well.  So...

   How about taking your device outside for a test run, and connecting to an earth ground???  Or car battery negative.
   We would like to see you back in the game. 
   Roma, did not use nor need an earth ground to obtain 4000 watt output. 
   
   
   

[verpies]

Once I figure out just what causes the "amplification effect", exactly,  I'll let everyone know. For now I believe it is the way the device is connected up, as the most important point.   

Have you experimented with the way the components are placed relative to each other or only with the way they are "connected up" ?

That Konrad & Brudny paper gives us a hint, that the HF electric field from the Kacher/TC can modulate the permeability of the ferrite core on which the transformer is wound.  This means, that the position (and 3D orientation) of the transformer, relative to the Kacher/TC, can matter.
Permeability modulation also suggests that attention must be paid to the phase between the current flowing in the transformer and the density of the electric flux that its core is subjected to.

[GeoFusion]

Hi Guyz,

Coninco,
"you forgot about 5 turns opposing Tesla coil secondary"
I do have the extra turns on it in opposite of tesla secondary.
Maybe in latest recording you wont see it but look at other recordings i have it on.
It's a Impedance transformer winding.

Hoppy,
Btw, about letting one mosfet drive the system, If I do that, it wont get me to where I need to reach
Necessary drive of two is needed here, Tuning will be completely different if having only 1 fet driving.
It might also not make it possible for me to resonate to where I need to.

All,
Talking about the Vasmus device right there, Now I know what is going on also there.
I will say one thing here and ponder on it,


" Abrupt Collapsing Field  of HV HF "
What does it do?

remind our selfs of lightning

this is what we need to focus on, Which I am doing Small Degree.
and on timed pulses for gain/harvest of I.....

Cheerz~

[GeoFusion]

Verpies
Permeability modulation might be present also
as how I tune the device by displacing the yoke.
I will test moving the Yoke bit further away from antenna. see what happens
Although I did some time ago few 20cm's and it almost did like it has no more influence but not sure.
will see to check

[NickZ]

Have you experimented with the way the components are placed relative to each other or only with the way they are "connected up" ?

That Konrad & Brudny paper gives us a hint, that the HF electric field from the Kacher/TC can modulate the permeability of the ferrite core on which the transformer is wound.  This means, that the position (and 3D orientation) of the transformer, relative to the Kacher/TC, can matter.
Permeability modulation also suggests that attention must be paid to the phase between the current flowing in the transformer and the density of the electric flux that its core is subjected to.

   I am not trying to reinvent the wheel, just placing the components as Ruslan has his, as that is the device that I'm working on, to replicate, for now.
   I had my device working fairly well, as can be seen in my last video, but due to the over-voltage to the Kacher's input, some damage was done to the Kacher's components. However, now it is running again, but for some reason, without the "effect".
   
    I've tried to connect everything like before, but still no amplification or extra brightness at the bulbs.
   The "effect" that I speak of, is not about "OU", it's about seeing additional brightness and output at the bulbs, (400w worth of bulbs), when the Kacher is added onto the running induction circuit. It not about about producing "more out than in", as that is impossible. As OU is a misnomer. Energy has to come from somewhere. Other than by burning up matter, nor from NMR, etz...
   
   My yoke core does not ring, nor does it make observable interference noises , nor is affected by lifting it up off of the table, and moving it around while it is running.  The distance from the outside of grenade coil to the center of my yoke coil is 7 1/4 inches.
  Of course there is an effect from the nearby Kacher, to the grenade coils. As well as to ones body, and hands moving around the device,  but not in a positive way on my device.  I can't raise the output by placing my hand on the antenna, or near it, that just diminishes the output, instead, interfering with the tuning, but does not improving the output at the bulbs.
  Magnetite magnets can also affect in a positive way the permeability of the ferrite yoke cores, as well as the output at the load.