Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[T-1000]

Now again, when a SG is feeding the copper plates or bright to that particular frequency, the 50winds primary coil has its lower resonant peak (380Khz) according its LC ratio? What about feeding the copper plates instead of 1,4 Mhz with say 1 Mhz arbitrarily at same p-p amplitude. The 50 winds coil has different than 380Khz frequency lower peak?

Can be confirmed by someone that?

The SG function is to hit on peaks of sinus wave. The copper plates make scalar magnetic impulse what has vector 90 degrees from magnetic vector B of primary coils. So you make another sharp turn of magnetic dipoles when they are already preconditioned and make electrons fly out of normal orbits even more with atomic polarization result. And when this impulse dissapear, we have huge magnetic field oscillations due collapsing scalar magnetic field.

So you need ferrite resonant frequency on copper plates.

Just my oppinion

[Magluvin]

The SG function is to hit on peaks of sinus wave. The copper plates make scalar magnetic impulse what has vector 90 degrees from magnetic vector B of primary coils. So you make another sharp turn of magnetic dipoles when they are already preconditioned and make electrons fly out of normal orbits even more with atomic polarization result. And when this impulse dissapear, we have huge magnetic field oscillations due collapsing scalar magnetic field.

So you need ferrite resonant frequency on copper plates.

Just my opinion

Hey T

Very interesting opinion.   ;]

Could you make a simple drawing of what you wrote.  Some may understand the wording and visualize, but not all.

Thanks for everything.   ;]

Mags

[DrZabrain]

Из всего видео не очень поняÑ,но чему равняеÑ,ся верÑ...няя часÑ,оÑ,а и нижняя. И подавалась ли искра?

[bolt]

@baroutologos

you bring up some very good, practical points. I'm still trying to understand how we need to drive these windings (if feedback is indeed required).

@T-1000,

I recognize that the input signal for the 51-turn coil needs to be a square or ramp signal, and that when the coil is resonating, the signal turns into a sine wave. This strongly implies to me that what you are referring to is the natural resonant frequency of the coil given it's inductance from being wound on the core, and whatever parasitic capacitance the winding itself has.

The aim is to seek out the MNR frequency of the ferrite using a spectrum analyser.  The 51 turn coil will then be providing 4th sub harmonic in order to hit the NMR frequency. The difference in harmonics provides the source to load BEMF isolation together with the magnetic shunt break formed by the paper dielectrics.  The 51 inductor then needs to be tuned in order to transfer as much energy as possible in to the ferrite. Brute force pumping of the coil without tuning and impedance matching will make a very bad load and minimal power transfer

If this is true, I could still see a valid reason for wanting a feedback circuit on the generator if what we want is to maintain the resonance of the coil. I'm sure that the ferrite core's permeability (and thus the 51-turn coil's inductance) will be changing due to the output coil loading

Load and source is isolated to a very large factor to provide OU. Achieved by magnetic isolation shunts and harmonics.

and the input signal from the 15-turn coil and metal strip. In this case, a simple triggered one-shot circuit could do well to continuously tap the coil at it's resonant frequency, with the trigger signal for the circuit derived from a sense winding wrapped on the core.

A sniffer coil of 2 turns can be used to feedback the 1.6Mhz and use a prescaler to correct the PLL on the 380Khz driver.  This will ensure any loading and impedance changes is tracked and compensated by the PLL.

When you referred to "sync"ing the signals, the initial impression I got was that you had your function generator set to a fixed frequency but you had a sync input connected to a sense winding on the core to line up the frequency of the generator with the coils' natural resonant drift. However, if the function generators are replaced with triggered pulse circuits, then the system could work well to stay in resonance as the loading conditions change. Again, I have several ideas of how this could be accomplished, and from the Joule Ringer circuit that you cited earlier, it appears that a triggered, self-resonant, pulse circuit could be the right path to take.

Self Oscillating circuits are extremely unstable this IMO rules out the Joule Thief as the system will drift off the NMR frequncy and look for a frequency which provides positive feedback to the source. Now you have a conventional NON OU device.

Any insights/clarifications you can offer greatly appreciated.

Thanks,
Jason O

[Pirate88179]

Из всего видео не очень поняÑ,но чему равняеÑ,ся верÑ...няя часÑ,оÑ,а и нижняя. И подавалась ли искра?

Of all the video is not very clear which is equal to the upper and lower frequency. And fed a spark? (Translated)

Bill