Kapanadze Cousin - DALLY FREE ENERGY

[Raycathode]

Well if each node is a 1/4 wave its wavelength is going to be very short in the GHz or high Mhz range if no 'C'  is added to the tank coil if that is what it is and those rules still apply.

https://www.1728.org/resfreq.htm
Resonant Frequency Calculator

http://www.1728.org/freqwave.htm
Electromagnetic Frequency, Wavelength, and Energy Ultra Calculator


https://ncalculators.com/electronics/reactance-calculator.htm
working out inductive and capacitance reactance

[GeoFusion]

Hi 

[soliman]

This is my opinion in relation to Akula setting.
The first reason for saying this is that apparently everything has already been said, but not everything has been given due attention.
The first thing is that according to the photos and videos of some, the system is full of noise. Noise is our main problem, especially that produced by the kacher.
It is necessary to eliminate all noise or harmonic, to have good effect, without noise or harmonics.
1. Short circuit C1
2. Find the maximum possible voltage in C2 using capacitors
  adding and removing until you find the best results.
3.anote this frequency found in C2,
4. Disconnect to C1 and add and remove capacitors until you find twice the frequency, which you found in C2. That this is resonant.
5.change the connections of the 4-turn yoke part to
  that C1 and C2 are in phase.
6. Here is something very interesting. C1 is very powerful (voltage) but C2 is very weak. with the oscilloscope, amplify to C2 to see the signal, move the frequency control, to obtain 90 degrees between C1 and C2. (Be careful not to use batteries, because in these conventions when the frequency is varying, the current is made maximum, and if you do not have current control, the circuit could burn. Please note the duty cycle control, to avoid this, do not use more than 9 amps depending on your case.
7.when you are ready, that is C1 and C2 90 degrees.
turn on the kacher, moving the delay and pulse width kacher locate the dead time of the sine,
which is in C1.and continue to look at C2, when the kacher is correct, all the voltage in C1 will move to C2
This makes a characteristic sound, the pulse must be clean without noise, and have the correct width.
The frequency changes to half (approximately) the operating frequency, this is fantastic the effect of how it changes. Finally, pick up and remove capacitors in C3, to get better result, then deal with the ground wire
The output of all this is a sinusoidal signal without noise and no distortion in C2. (I am seeing some distortion in my output signal, which I need to eliminate, as I have noticed that when I eliminate noise
the output is more powerful.)
8. Until this moment I have not had about unity, but I think I am close, the only problem I have is that mysteriously somehow one of the push pulls is getting double. I'm still working on this, but I want you not to leave me alone, to help each other solve this "free energy" problem.
  Mathematically speaking this circuit is related to the Fourier Transform and the Dirac Equation.

[NickZ]

   Soliman.   It's not a question of leaving you alone on this. It's a question of what really WORKS.   
   So far, no one has found the magic trick that will get this type of device to self run.   
   I don't have any suggestions for you at this time, and since there have been no new videos showing OU, nor self running, we don't really know which way to turn, any more.
   So, it may be up to you to continue testing by yourself, for now, as none of us have a working self running device, as yet.

  PS. Please upload images that are less than 960 pixels wide, or it will affect the page, like it is right now.

[Raycathode]

Hi, you guys I don't see anything in that circuit of Solomon's that would generate by pulling in any surrounding energy.
let's start with the yoke it's a toroid now what do you know about toroids and rods and laminated transformers, are they all the same?
What do you think? can they be interchangeable and why do some end up cut down the middle with spacers separating the 2 halves and some have magnets attached, so what difference would using those achieve?

Well I really suggest you look at this type of device up on the internet or you can end up with losses, not gains


Also on a similar subject while thinking of the grenade coil ther is The Russian guy's name PReva and his partnered output coils that you might find interesting.

Happy learning fellers.

Raymondo,