Kapanadze Cousin - DALLY FREE ENERGY

[Void]

quote: "There is an LC resonance that must be maintained in the yoke core 'secondary loop', which includes the yoke core secondary winding, a series capacitor, and the primary winding (AKA 'the inductor' winding) wound over the grenade coil. "

That sounds like a series LC resonance.

Correct. When series resonance is achieved in that loop, a very high sinusoidal current will be
flowing in that loop, and hence through the primary winding (AKA 'inductor winding') wound over
the grenade coil.

[Void]

John.k1. Here's a thought. What if the magic frequency for utilizing a direct earth ground connection is the
same or similar magic frequency that gives over unity on devices that don't have an earth ground connection? 
In previous testing I did with earth ground connections in the last couple of years, I noticed that there
seemed to sometimes be something different occurring around 1.2MHz to 1.3 MHz, and also around 1.6MHz to 1.7 MHz.
I was testing with two different earth ground connection points, but those same frequencies seemed to hold regardless
of the earth ground connection point or earth ground wire length. The frequency in the 1.2MHz to 1.3 MHz range seemed
to give the most notable results when using an earth ground connection, but this same frequency range also seemed to
sometimes have an effect even when I didn't have earth ground connected into whatever circuit setup I was testing with.
I notice that in the Lithuania experiment, they initially found 1.2 MHz to be a magic frequency, but this frequency apparently began to drift upwards.
Things that make you go hmmm...

[verpies]

I have a few questions on the yoke core experiment setup, if you have a few minutes at some point.

I have asked similar questions a long time ago and based on answers to them, I drew the schematic diagram of the Lithuanian Experiment #1 (sparkless, low-power version) according to all EE conventions including the dot convention and winding numbering, below.  I skipped turn counts.

P.S.
IMO the answer to Q1 is "Y", to Q2 is "underneath W2 & W3, while W4 remains on the other core half", to Q3 is "Y", to Q4 is as depicted on the schematic below ("non-cancelling mode").

[GeoFusion]

Hi Guyz

I see you all brain storming on the forum, Keep it up guyz .

Update.
4days ago I was about to record the vid to show you guyz the effects and loading with some readings.
After the accident which happend right after unexpectedly . My TL494/ Ir2110 Pushpull got smoked.
after testing a ~420W Incandescent bulbs close to 80% grid brightness. I believe it could light up more .
My Ground wire was not properly connected to the copper rod and accidently moved it while switching sides
with my foot where when I witnessed a small arc of white light of HV.
After that, my circuits start to smoke and lights dimmed after removing the ground line from the copper rod to ground.

So this means the ground is needed for the effect! it can't light up without the proper ground in my case.

My kacher circuit is still ok,
my blocking diode from  PSU got smoked too, in fact  exploded in half. and saved the PSU.
And  befor this accident I did reading on my amp clamp from mains to PSU was 1.1 amps!
Mains is 120V, Ran this for for sure 15 minutes without a problem. untill the ground removed.
and lit 420W worthy incandescents almost fully lit 7x 60W
As we can see there is Amplification and more output then input.

I will need to repair the Circuit  or find a better pushpull board for this work.
my radio shack here is out of TL494's and Ir2110 at the moment, so I have to wait a bit.
eager to continue!! haha was so close to test how far it would go on loading as I did not see any significant
dimming of other bulbs while loading more bulbs on. until I reached 420W.

Results and experience was amazing while it lasted . I Will do my best to continue and share this amazing device.

Nickz,
Nice man I saw your recording of your setup and indeed it's odd in behavior ,
May I ask that turn off button is direct of yoke connection to the 12V PS which you disconnect?
but could you draw a diagram/schema of this? to see the connections.
Btw try to connect the ground line direct with the bulb and at one end of the grenade try it.
It will bright up. Use the lower end of the grenade connection.

I will be continue on my setup as soon as I get my parts

Cheerz~

[NickZ]

   That's a very easy yoke circuit to replicate. but, to get it to produce the same results, is something else.
   It could probably take only a couple of hours wind those coils, at most.
   I believe that the poster called Wattsup tried to replicate that same device, and posted a video, or several videos about his tests.  Which did not give him the desired OU results. But, I don't see his video on YT any more,  just like Ruslans videos, which aren't there now.

   Good luck with those next yoke tests, Void.

   Verpies: One different aspect of the Ruslan/Akula design is the yoke's secondary coil circuits. As there are two yoke secondary coils, not just one. The first coil is the 3 turns coil, which goes in series to it's LC circuit tuning cap, (the 0.47uf, 2000v WIMA capacitor). And, further in series to the induction coil which is wound on the grenade, as someone had previously mentioned. 
   But, there is the other yoke secondary coil also, of 28 turns, which has a parallel mounted tuning cap of 0.15uf, 2000v WIMA capacitor. So, these two induction circuits need to be tuned to each other, first. And once that's done the Kacher circuit's output frequency, has to be tuned to be in sync with the 3 turns coil/induction circuit. 
  The grenade's output coil is the 168 turns coil, which in some diagrams is connected to yoke's 28 turns coil, and in some diagrams it is not. And it's at that point, which I'm at now, to see which of the several ways to connect this 168 turns output coil up, to work together with the Kacher circuit. 
  Itsu had made somewhat similar tuning and wiring explanations to me at one point, but in his own way. He understands, or at least seems to understand the Russian videos, a lot better than me.
   The problem in replications has been that every device diagram or schematic of the Ruslan versions of this device is different.
And each new version is much more advanced and complicated, with higher output, longer 40 meter long earth ground lines, and needing special components. Like HV, HF diodes the will rectify the output from the 168t coil, to DC, and not go up in smoke, like half my Mazilli crt did, last week.