Kapanadze Cousin - DALLY FREE ENERGY

[stivep]

I have problem to understand your comment   :

the inductive and the capacitive (electrostatic charges)

the electrostatic charge doesn't have reactive nature.
Electrostatic charge may depend on terms of charge retention and mechanisms of
electron transfer during the generation and dissipation of the charge.
electrostatic-charge

Wesley

[stivep]

This is the only condition for standing wave; where one freq. is an exact sub or multiple of another as in transmission line.

Maxolous

"a standing wave in a transmission line is a wave in which the distribution of current, voltage, or field strength is formed by the superposition of two waves of the same frequency propagating in opposite directions."

if you dealing with sub harmonics:
1. sub-harmonic oscillation,  occurs when the inductor ripple current does not return to its initial value by the start of next switching cycle. Sub-harmonic oscillation is normally characterized by observing alternating wide and narrow pulses at the switch node.
narrow%20pulses

2.https://www.sciencedirect.com/topics/engineering/subharmonic-oscillation

3.general rules about harmonics and sub-harmonics https://electricalbaba.com/sub-harmonics/

4. Time-Harmonic Solutions for Transmission Lines http://www.ittc.ku.edu/~jstiles/723/handouts/Time%20Harmonic%20Solutions%20for%20Transmission%20Lines%20present.pdf

5.Harmonics in Transmission Lines( applies to all transmission lines)
https://www.tugraz.at/fileadmin/user_


6 . Radio Frequency Oscillations in Gyrotropic Nonlinear Transmission Lines
this one is pointing at ferromagnetic material. Very interesting

//partially filled with a magnetized
ferrite. The frequencies and amplitudes of the oscillations appearing under the impact of short
carrier-free electric pulses are determined by dispersive and non-linear properties of the line's structure.//

https://www.bing.com
Wesley

[maxolous]

"a standing wave in a transmission line is a wave in which the distribution of current, voltage, or field strength is formed by the superposition of two waves of the same frequency propagating in opposite directions."

Standing wave do occur not only of waves of the same frequencies, it can also occur when one wave is an exact multiple of another. A very easy way to demonstrate this is to feed two signals into your scope from a dual channel signal generator. Let one be multiple of the other, without using the trig. menu, you will realize that both wave will stand especially when one is  exact multiple of the other or sub as the case might be.

if you dealing with sub harmonics:
1. sub-harmonic oscillation,  occurs when the inductor ripple current does not return to its initial value by the start of next switching cycle. Sub-harmonic oscillation is normally characterized by observing alternating wide and narrow pulses at the switch node.
narrow%20pulses

2.https://www.sciencedirect.com/topics/engineering/subharmonic-oscillation

3.general rules about harmonics and sub-harmonics https://electricalbaba.com/sub-harmonics/

4. Time-Harmonic Solutions for Transmission Lines http://www.ittc.ku.edu/~jstiles/723/handouts/Time%20Harmonic%20Solutions%20for%20Transmission%20Lines%20present.pdf

5.Harmonics in Transmission Lines( applies to all transmission lines)
https://www.tugraz.at/fileadmin/user_


6 . Radio Frequency Oscillations in Gyrotropic Nonlinear Transmission Lines
this one is pointing at ferromagnetic material. Very interestinghttps://www.bing.com
Wesley

I will take time to study that.

Maxolous

[maxolous]

I have problem to understand your comment   :the electrostatic charge doesn't have reactive nature.
Electrostatic charge may depend on terms of charge retention and mechanisms of
electron transfer during the generation and dissipation of the charge.
electrostatic-charge

Wesley

Inductive cct and electrostatic charges.
I have removed the capacitive, hope it's fine now?

Maxolous

[NickZ]

Inductive cct and electrostatic charges.
I have removed the capacitive, hope it's fine now?

Maxolous

Guys:
   It may not be the same, to compare transmission line type radio waves with what we are looking for here, in free energy devices.
   I don't know what a proper wave for these type of devices is supposed to look like. But, my push pull signal at the grenade is a sine wave, and the kacher wave signal, is also a sine wave. So, the idea here is to sync those two frequencies together, to produce an interference pulse which is supposed to account for an additional energy output. The problem is that, it doesn't.
   However, the guys that have built the controlable Kacher have shown less total output, than what my simple Kacher /grenade device can produce. I am still waiting to be shown, differently, by those with a controlable Kacher circuits, and just what it can do. Perhaps Max will be the one. 
   Of course we can still discuss carrier waves, and such, but with the idea of an interuption process, over the push pull frequency. And not just one wave riding in another wave, but, one wave interupting the other wave at the proper frequencies, instead. Therefore I don't think that the analogy to carrier waves, or standing waves, etc,  in radio or telecommunications, is the same thing, or has the same purpose, at all.