Kapanadze Cousin - DALLY FREE ENERGY

[GeoFusion]

Hi Nick

Yes, the RMG needed that much only of coiling to reach 120~ 150V, but as I connect load the voltage will be consumed,
even for the bifilar coil that was connected underneath the 80 winds, that was about 200Winds ~  gave me + 300 volts on 24V dc
and 900V at 36 with more caps.  But the voltage is being consumed as to see the same in lastest Ruslan vid when connecting load.
but at 36 Volts I could shatter my mosfets by just one shorting. very fragile.  But this is making alot more sense now.

It's total charging of all the caps I had in parallel and , my own drossil that carried 2 or 3 caps on it, 10 to 25 winds I remember.
which amplified the output a bit more. My caps are 0.33uf 630, and had  42 of them.

If we understand this correctly, the inner drossil of akula first device can be the massiv storage of power to output highly charged cap.
does not need ground as we saw, but He did say when connecting the ground wire, the output and brightness is way better and
also makes the circuits run much cooler.

Imagine having a cap charge of 1000+ VDC, that is load to do many wonders with it. radiant is the way out.

SR193, He also used caps if we go back, but he used Ferrite for amplification, alot of magnetic transmutation going on but good power.
High voltage to be rectified? it might be and charge the cap(s)

Will be posting other First akula Device schematics with Drossil but also the schematic of his driver with TL494 and IR2110.

[Hoppy]

I guess there is no reasonable chance than we can get people to stop constantly spamming this thread
with all sorts of unrelated and/or very questionable schematics of unknown origin, and telling us exactly how
we must do things when they have actually no working circuits to demonstrate what they are stating as absolute facts.
Remember ideas are only ideas unless we can clearly demonstrate it with a working circuit.
I guess that is the internet for you.    I think I will go off on the side lines now for a while and focus on my experiments.
I may check in from time to time, and I will report back if I find anything of interest.
Good luck guys.
All the best...

Agreed, too many 'expert' opinions and statements of fact with nothing to back them up! We have a better chance of success making up our own circuits! Good idea about sitting on the side lines as I'm beginning to spend more time on the PC than at the bench!! Bye to all for now. Like you, I will report back anything interesting. Good luck to all.

[Jeg]

Jeg, Void,

i had this discussion about the 90° phase shift earlier here with menofFather.
I put up a simple test which shows that a current transformer introduces on its own a 90° phase shift even when measuring resistive loads.
I have a 220V/12V transformer which has a 12V/21W bulb attached.

I measure the voltage acros this bulb, the current through this bulb and the voltage acros the current transformer.

What you will see is that the voltage (blue) and current (green) are in phase as it should be with a resistive bulb as load
But the current transformer voltage (purple) shows a 90° leading or trailing (depending on how the probe is attached) signal, see screenshot.

https://www.youtube.com/watch?v=Nox5tkwjSNY&feature=youtu.be

Regards Itsu

Hi Itsu.
It was a really nice idea of you to make this test. We have already many variables to mess with. Did you manage to take this Ruslan sinus output with the HF imposition? The one that also magpwr mentioned.

[pst69de]

Hi folks,

I'm reading your thread about the last 50 pages and am fascinated by your outcommings. A real good job you're doing, each one in his own way and abilities. I've learned much about the circuitery and principles by just reading of your problems and their troubleshooting. Keep on going this way.

About schematics: there is a lot of nonsense out there, with things that i even see in the schematic will not work. Not for any overunity reason. Well, the only solution i see is, choose your principle you want to follow, set up your own raw schematic on that principle, work out and fill in the fine details of that schematic, and then get experience and test that you think it should do.

That's the way build up this topic for me. I've seen a lot of overunity phenomena the recent time, so that i think, that these all are not fake in sum up. Maybe there are some, but not all of them, and that's the reason i'm hunting down a kapanadze style device at now.

For myself i got my own circuit of a Kacher, and a own circuit for the inductor. These were some breadboard tryouts, and i've had a fascinating experience on that kacher system. In the first i had a current limiting halogen bulb (12V/10W) in the circuit brightly lit. After some mods my Kacher is now at high voltages (lighting tubes/cfl and sparking) and the limiting halogen is just smoldering hardly to see.

Just for the fact, and it's not the Ruslan (or Akula) circuit anymore, but it's the sharing principle. I'll post it, if it's cleaned up. At time i'm setting up a complete device on these development and this will take the next 2 or 3 weeks, we'll see.

Some arguments I've keeped on my tongue till now:

1. for an overunity device you'll need an appropriate load on the device. A principle resulting of the works of Professor Claus Turtur (http://www.ostfalia.de/cms/de/pws/turtur/FundE/English/). For the use ZPF energy you'll have to have two resonant systems energetically coupled by a field principle. I tell this a double resonant system. Within the energy exchange you can harvest energy by a load (mechanical or electrical) and this will be filled up again (and again ...) by the ZPF. Why the load ? Because even the double resonant system heads to resonance, and if it is there it doesn't need to fill up energy any more or just a little in the cause of natural losses. Only if there is a load "the losses" superseed resonance and the system will try to fill up. But these can be overdone and the system may find another resonant state: the still standing. OK, and if we point on that "resonant state" there is another mode of those systems: when we pump energy to those systems and the nearest resonant point is the standing still. Well, then energy is given away (to the environment), until the point of resonance (still) is reached.

To make a long sentence short: Always use a load on that point of the circuit where you want to get the energy out. The system may run into resonant mode without giving any other sign. And best is to have a feedback circuit ready, like the PSU. The feedback may compensate for the points of destructive resonance that have to be overcome.

2. I lately read that Utkin document again, and i got curious about the statement of Tesla of hiding charges in a grounded capacitor. Or of hiding the magnetic field of a secondary coil in a primary coil. The later is quite simply explained: the magnetic field goes around the coil of the secondary. Inside in one direction and outside the other direction to close the field loop. In a wire loop around a closed magnetic field loop, no voltage is induced (the sum of the magnetic forces in one direction is equal to the sum of magnetic forces in the other direction within the area of the wire loop). If the diameter of the primary is large enough the secondary can't induce on the primary. But as the secondary is always in the diameter of the primary, the secondary will always be induced by the primary.

We have some sort of AC diode here. As i started, there should be an analogue principle with the capacitor, but i didn't get it yet. And this may be crucial to the field between antenna and grenade (in some way connected to ground) as this is some sort of capacitor.

Any suggestions ?         

[itsu]

Hi Itsu.
It was a really nice idea of you to make this test. We have already many variables to mess with. Did you manage to take this Ruslan sinus output with the HF imposition? The one that also magpwr mentioned.

Thanks Void and Hoppy for your input / help up till now.


Jeg,  thanks,  not sure what you mean by "Ruslan sinus output with HF imposition".

I have the standalone Grenade sinus signal (resonance of the bifilar inductor coil at 35KHz) yellow trace, see screenshot 1 and when i activate the Kacher this Kachers 1.309MHz HF signal gets superimposed onto this Grenade signal, see screenshot2, is this what you mean?

The purple trace is the signal picked up by the current transformer in the bifilar inductor coil next to the 235nF (2x 470nF in series) caps, it needs to be taken x 1000 as the used HV probe (x1000) is not detected by my scope here.
You see that in both cases the voltage (yellow) and the current (purple) are in phase, but we now know that the current transformer introduces
a 90° phase shift, so i reality, the voltage (yellow) and current (purple) are 90° out of phase.
But be aware, this is voltage and current of the 2 different coils (Grenade and bifilar inductor).
No flipping of the phase when activating the Kacher in my case however

This should be the same test as being done by Ruslan here:  https://www.youtube.com/watch?v=C8RcRlzk16w

Regards Itsu