Kapanadze Cousin - DALLY FREE ENERGY

[Void]

Geo, Nick, All:
I breadboarded a standard kacher driver circuit and powered a small tesla coil with
quite a lot of turns on it at 12V. My kacher circuit was drawing about 0.55A unloaded to about
0.65 A to 0.7 A when trying to light different kinds of light bulbs, so the kacher circuit was drawing
about 6.6 watts to 8.4 watts or so. Yes, my circuit was a quick and dirty aligator clip lead special,
but it seemed to be working well enough even with all those long aligator clip leads. 

Powering the kacher circuit at about 6.6 watts with that particular tesla coil winding was giving
about a 6 or 7 mm corona streamer into the air off the end of the wire at the high voltage end (top) of the tesla coil.
The corona streamer can be seen in the attached picture of my circuit layout, if you look closely.
With that kind of streamer going off into the air, I imagine the voltage the tesla coil was producing must have
been 2 or 3 kilovolts at the least.

This setup had no problem lighting a small fluorescent bulb, but I could not get it to light up even a
small 5 watt incandescent bulb sitting on a sheet of aluminum foil taped to a piece of cardboard.
Not sure how that guy lit that larger incandescent bulb in that video, unless maybe he was running at
a higher power level or his tesla coil was producing a lot higher voltage. Anyway, with my setup and 12V input
voltage, the 5 watt incandescent light bulb would not even light up a little bit, but maybe I was doing something
different than in the video.

Edit:
Maybe the guy in the video was driving the tesla coil primary with a pulse train, rather than using something
like a kacher driver circuit? If so, then that would seem to be a much better way to go than an ordinary kacher
driver circuit.

P.S. The video where the guy was lighting the incandescent light bulb by holding it against a shovel near
the end of the tesla coil can be found here:
https://www.youtube.com/watch?v=pP5FiCbLu5M

[AlienGrey]

hi everyone
check out this circuit and see the video link
maybe this could be the last thing we can try to get free energy.
the video does not belong to me.
But i have made circuit based on the video ,i would like some one to try this circuit.

https://www.youtube.com/watch?v=5K3HrhH5Qrs

https://www.youtube.com/watch?v=RUF7eJAOjF4

It looks as if he has gone to a lot of trouble to hide his work I don't think he is going to give much away !

[Void]

Thinking about my experiment described above a little further, it may be that to get
some sort of OU effect out of a tesla coil you need to be driving it with some sort of
very short duration pulses, possibly in a pulse train grouping, rather than trying to run a
tesla coil as a resonant transformer, like a kacher driver (a type of blocking oscillator) does.

@Magpwr, do you have a circuit that creates shorter duration pulses in a pulse train out of a
longer duration pulse, for use in driving a tesla coil? Is that what you mean by your 'Sergey transponder
circuit', which I think you have mentioned here previously?

[Dog-One]

Very good mr.  Dog1 !
You get closer and closer. 
I'm happy to see someone start to see the light.

I could say, "Why didn't someone just tell me this to start with?"

To be completely honest, I think each one of us has to play detective and follow the evidence wherever it leads.  Some may get their answer sooner than others.


Where things become blurry to me is considering a single component that offers three pieces of functionality:
  1.  It is an inductor.
  2.  It is capacitor.
  3.  It is a mixing component that has a definite output mechanism.

The third part is where things get tricky.  The mixing must happen via superposition only.  It cannot interfere with parts one and two--these must behave as though their counterpart does not exist.  So one might be inclined to base their design on using part one (inductor) and just providing a secondary making this component a transformer.  The question is, where then are the two capacitor plates?  And do they interfere with the inductor?

If we assume superposition is the principal mechanism allowing this device to operate as intended, can each tank circuit be adequately tuned and synchronized?  Is it necessary for the frequencies of each tank circuit to run at some harmonic or can the base frequency of each be perfectly matched?  The latter method seems to me to be most optimal unless there are physical constraints in doing so.  These constraints may include:
  a.  too small of capacitance for part two
  b.  Q factor too flat for optimal resonance
  c.  phase shift uncontrollable or non-deterministic


Bottom line is to have a procedure in-place that will allow for adjustments until the principal is obtained, goal met; then check validity of this principal as a key basis for operation.  A lot of work to do for sure.  We have examples to work from, but if we understand what it is we are really trying to do, it's possible "the effect" will begin to manifest for many of us; then we will know we are on the right track.

[Void]

Hi guys/mensch/парни,

Something possibly worth noting is that a kacher driver can be adjusted to produce
a short pulse train of sorts at the collector of the BJT. My kacher driver was only drawing
0.2 amps at 12 volts when adjusted to operate this way. So far I still am not able to light
the 5 watt incandescent bulb however. See the attached scope screen shot to see how a kacher
driver circuit can be adjusted to produce a short burst of pulses (of a sort) for each cycle.
The pulses on the collector don't fully drop down right to 0V between each pulse however.


@Dog-One: After conducting a lot of experiments in the last several weeks, I think it might
not be quite so straight-forward. Something to think about is the energy that causes the OU
would have to come from somewhere. I could well be wrong, and mixing a high current waveform
and a high voltage waveform at the right phase angle might well be crucial, but something still has to
draw in the extra energy from where ever.

I conducted a bunch of tests of mixing current and voltage waveforms at different phase angles using some
different winding configurations in the last few weeks, and although I saw some potentially interesting
results, it seems there may still be more to it than just that. That is why I am starting to switch my focus over to
the way the tesla coil is driven. That may possibly be where the OU part gets initiated. The mixing in the output coil may
be where this extra energy that is drawn in is combined into the output waveform. This is just an idea however.
There are a few different possibilities that I have been and am still considering.