Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

The grenade coil with its capacitors is a RLC or bandpass filter, if you do not isolate the bulbs this may (will) affect the resonant point as you found. I think this is why they inserted a FWB with filter/storage cap to tap the power to minimize the affect of loading.

some info  http://www.learningaboutelectronics.com/Articles/Low-pass-filter.php

Starcruiser,

That's a valid point about RLC bandpass filter if Itsu had any capacitors connected to the grenade winding. I gathered from his video that the grenade was disconnected from the yoke and any capacitors and that he was just driving the inductor coil from the yoke and inducing current into a closed grenade winding loaded with the lamps. However, as you point out, I do see that the lamps resistance will form a frequency filter with the grenades inductance, which could be causing the resonant shift. I feel that there is more than this one factor involved in what was observed in Itsu's video.

[Jeg]

Jeg, 

ok, i used just 1 turn and made a voltage   divider of 1:10 (1K + 10K resistors).

Hi Itsu
As starcruiser said "adding resistance to an inductor turns it into a filter". So a 1:10 divider will give different phase shifting depend on the values. By using resistances in the order of KOhm or Mohm will give different shift than with resistances in Ohm (always in combination with frequency). So i guess that by playing between orders of magnitude, it will hopefully correct your phase shift.

[Tomtech29]

Hello because of the fact that I have not seen such an effect on you, I decided to show you what something:
practically it is already old stuff from my library but there are interesting phenomena:

https://www.youtube.com/watch?v=5j05UzSeGLc

very simple experiment It confirms that at this circuit T.Coil we are able to light a 60W light bulb and the high state of tension gather in a capacitor

However Returning to the example of the LC circuit I think the character variable resistance affects the resonant circuit And in the case as is Itsu only has a negative effect.

I would suggest in a first step to check the other push-pull, but I put on a coil structures
-previously he was much better results ! (and I know PLL that with this arrangement is a lot of difficulty to the already I transformed last year,
not because I've come so far do not fully know how this system should work but in the new film Ruslan showed us.
And what is shocking is using the latest version 4 Kw. PLL is completely disconnected and applied other options
(pulse peaks appear at the third summit) Hmm.
TL494 needs a custom operating system to a minimum of 2 MHz to check this system as it is in the original film, I tried to use his other generator to 4MHz but this is nonsense.

[itsu]

Jeg,

ok, i understand, but the problem i have is that i need to sync the Kacher on the top peak of the current (green trace) through the inductor coil (as i understand it).
But when using ANY current transformer, i mean i have tried out 3 now, but ALL show they are peaking on the top peak of the Voltage (yellow trace) across the inductor coil

When looking at the undampend current transformer output (2.6KV), or at the single turn with the 1:10 reistors, the phase between them is the same and both on top
of the voltage.

Anyway, the situation i have now is not really ideal, i have no ground attached, i do not have the Grenade attached, i still work with a mains connected 24V PS, etc.
So i have to clean up all this before i really can say that i have a problem, allthough i think it is strange the current transformer is behaving as it does.



Regards Itsu

[starcruiser]

Starcruiser,

That's a valid point about RLC bandpass filter if Itsu had any capacitors connected to the grenade winding. I gathered from his video that the grenade was disconnected from the yoke and any capacitors and that he was just driving the inductor coil from the yoke and inducing current into a closed grenade winding loaded with the lamps. However, as you point out, I do see that the lamps resistance will form a frequency filter with the grenades inductance, which could be causing the resonant shift. I feel that there is more than this one factor involved in what was observed in Itsu's video.

I agree that there is more involved, just that this is one of the factors to be considered. The inductance and resistance forms a filter as mentioned, it just looks to me that the combination of the various coils and capacitors is forming a bandpass filter (or a notch filter) and all filters have a resonant point to them as well, the resistance in the circuit is one of the limiting factors of the "Q" of the filter.

I do think the coils should be measured for their inductance and the math done to see what the actual frequency response is for the sudo filters being created here. I feel this is just another item to be looked at and considered in the design and performance of the device. We all do want to understand how this works and how to effectively tune it right?