Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

 
  I can control the running frequency of my Kacher from 2Mhz down to 1Mhz, using the ferrite pieces inside the former tube, but, no extra light to be seen at the small bulb on the grenade output coil, throughout that whole span of frequencies. Yet.

Nick,

The effect seen on that video is the same effect as I had with my setup. I don't think this effect is as a direct result of the Kacher signal affecting the low frequency current in the grenade / inductor coils. In my case it was caused by one mosfet of my push-pull incorrectly switching due to high voltage transients which appeared to originate from the Kacher. This resulted in just one of the mosfets switching fully on and off and surprisingly resulting in a considerable increase in bulb brightness. The brightness level could then be changed dramatically just by hand capacitance or by moving a ferrite rod inside the Kacher secondary coil. This may explain why you are not seeing a similar effect, as you are using a Mazilli oscillator, which is operating differently from a TL494 driven push-pull oscillator.

[Tomtech29]

Nick,

The effect seen on that video is the same effect as I had with my setup. I don't think this effect is as a direct result of the Kacher signal affecting the low frequency current in the grenade / inductor coils. In my case it was caused by one mosfet of my push-pull incorrectly switching due to high voltage transients which appeared to originate from the Kacher. This resulted in just one of the mosfets switching fully on and off and surprisingly resulting in a considerable increase in bulb brightness. The brightness level could then be changed dramatically just by hand capacitance or by moving a ferrite rod inside the Kacher secondary coil. (("This may explain why you are not seeing a similar effect, as you are using a Mazilli oscillator, which is operating differently from a TL494 driven push-pull oscillator.))"

You're wrong strengthening works even in mozlill system :
https://www.youtube.com/watch?v=7m7TVIKrDno
he showed how the grenade coil acts on the high-frequency band Tesla coil
-the same impulse does not light bulbs with tesla coils ok.
and as you can see at which point the amplitude is high on the ring (bell) then it falls into a resonance with the grenade at the output.
It uses a push-pull with PLL
but still does not understand how to make the stabilization and sync pulses at the top sinusoidal signal with grenade.
NickZ
ferrite rod changes the frequency deviation by changing the inductance it is only for the duration of the experiment!
coil grenade must play with a coil antenna + Tesla!
-when you are running oscillator @sc5200 Kacher  connect properly grounded ,and you will know at which frequencies work your
grenade what effect you get!
You already know that  transformed energy from the magnetic field

At the moment it is not known whether it works at all $KW.

[Hoppy]

Have power 220/24V supply attached but not looped. The output of it is the measurable pulsed DC. When the power output from it will be at least equal to the power consumed the self looping can be done.
They are self looped when there is no battery. Also the increased load should not be in same relationship with current draw from battery source as it was shown in several videos by Ruslan. No way to run 500W+ bulbs load from the 12+12V 5Ah battery using just inverter for 15 minutes or more there.
The info comes from Russian underground guys who do not show up in public youtube/etc. That also involves story about old electrician who was installing filters and snubbers in electric power stations his whole life and never thought about possibility to exploit things what was damaging power substations. When he was told and convinced to do experiments on finding out what is the power source for such devastating effects, he ended up with exploded coils on table and self-runner. Which ran more than a day after experimenting time for just less than two weeks. That event had been shocked him completely as this was mind blowing experience for sure. Also I trust source who told me that story...

OK, so you are now saying that power amplification by the device is not essential, inferring that there must be no power losses in the device itself (100% efficient) prior to loop-back. Therefore, the total energy (P*T) from source supply is consumed by the load. What about the conversion losses in the 220/24V PSU. Factoring this into the equation, surely means that an overall amplification is necessary, taking the grid as the true source of energy.

Wherever a low impedance power source is involved, potential for electrical disasters exist. Have you seen the recent reports on the underground electrical cable explosions in central London streets? Bad weather conditions can elevate potential levels at substations, occasionally resulting in catastrophic damage to electrical cables and plant. I've witnessed this type of event.

[Hoppy]

No way to run 500W+ bulbs load from the 12+12V 5Ah battery using just inverter for 15 minutes or more there.

Agreed but we do not know how much power the bulbs were consuming because no measurements are available. Its also possible that the bulbs were not driven from the battery supply. Again no way to confirm.

[T-1000]

OK, so you are now saying that power amplification by the device is not essential, inferring that there must be no power losses in the device itself (100% efficient) prior to loop-back. Therefore, the total energy (P*T) from source supply is consumed by the load. What about the conversion losses in the 220/24V PSU. Factoring this into the equation, surely means that an overall amplification is necessary, taking the grid as the true source of energy.

I see some misunderstanding here. The PSU input should be connected to the output of the grenade coil with diodes FBR and capacitor not main grid. The power amplification is essential for COP >= unity. Before looping the output power to the input the effect already have to be in place. Also the power input most come from isolated and not grounded power source.