Kapanadze Cousin - DALLY FREE ENERGY

[Dog-One]

   Dog One:
   The 17, 27, 37 refers  to the running frequency in kHz, of the 3 turns coil, as read at the tuning capacitor using a scope. 
   17kHz, 27kHz, 37kHz.
   Those were the same frequencies as what Akula's diagram suggested to be the right resonant peaks to tune to.

So if I run at 22kHz, it will never work.  Any idea why?

[Jeg]

So if I run at 22kHz, it will never work.  Any idea why?

Of course it will work at any frequency.
It is just that you tune easier to those frequencies with the ready capacitor values of 1uF and its multiples.

[NickZ]

    Dog:
   Each different version of the Akula/Ruslan devices that has been shown on the videos, has run at a different frequency.
For both the induction circuit, as well as the matched and syncronized Kacher frequency.
    So, one could think that there does not seam to be a natural Earth frequency or one of it harmonics, to tune to. But instead, that the particular device will create those resonant points, several resonant points, not just one, as the frequency is varied, or controlled.
    Those three frequencies may have been what a spectrum analyzer would detect as the three best highest peaks.
    Your device may have a whole different set of resonant points. So, it doesn't mean that yours won't resonate best at 22kHz. 
But, then the Kacher has to sync with that 22kHz, at something like 2.2mHz, or so. Whether you find the needed syncronization at that frequency, or not, is what you may have to see for yourself.
   This is what we're all still trying to hash out. Where the magic frequencies for proper resonance lies...

[John.K1]

Guys, with respect to the video I posted yesterday, the frequency change with the load. It has been shown in his video. He says - important is to hold RESONANCE (not frequency- ( f  changes) )  and have synchronization with PULSES on Tesla.   Pulses fires at CURRENT peaks of inductor.  That's all the magic.

Here is the second (continues) video 

https://www.dropbox.com/s/rr9oeje9kfl5t3l/%D0%9A%D0%B0%D0%BA%20%D1%8D%D1%82%D0%BE%20%D1%80%D0%B0%D0%B1%D0%BE%D1%82%D0%B0%D0%B5%D1%82%202.mp4?dl=0

He did some corrections to the drawing. He also shows a relay going to Tesla generator ( why relay?)  Once again, in this movie he speak about keeping a resonance (not frequency)  on the inductor.  I think he says the resonance frequency is automatically tuned by generator on push-pull and it was going as high as 35KHz.

He draw a capacitor on grenade, and he says it creates the resonance on the grenade and if in phase with inductor it will generate less heat.

Also he says- FORGET ABOUT KACHER!!! 

[Dog-One]

   This is what we're all still trying to hash out. Where the magic frequencies for proper resonance lies...

So here's what I'm doing...

I run the inductor from the three turn high current output of the yoke, pick a cap to use between the three turns and the inductor and tune the frequency until I hit or find all the resonant points.  With a current sense transformer on this connection, I look for that wishbone wave form.  I also look at the current and voltage coming out of the grenade.  This is so tediously slow, constantly changing caps and so far I just don't see any particular wave form of interest.  It's like any cap could or should work.  That's what got me thinking about the 17-27-37.  I'm wondering if the grenade is suppose to react at all of those frequencies with some sort of parametric harmonic.  Or maybe with a spectral analyzer I should see peaks at those frequencies and if I don't, then the grenade is no good and needs to be rewound.  Just makes me think if you have exactly 37.5 meters of wire on the grenade and it's wound properly, those harmonics should show up when the inductor is excited.  Just don't know.  Seems like there is no point in even turning on the kacher if you don't see what you are suppose to see from the push-pull and grenade.  There must be a method to the madness...