Kapanadze Cousin - DALLY FREE ENERGY

[Jeg]

In the past, I made drawings of narrow windings and circumferential current - look in my attachment list.

What a great subject to experiment with!

[itsu]

Hi Itsu.Nice setup. Just wonder about your granade resonance f. I guess it is not grounded coil as grounding drops that frequency significantly. And what about that first high peak on your scope? It looked more stable and still high enough when you was puting your hand over coil? What frequency do you read on dumped wave when you just touch the antenna with 9 volts  battery ?

Hi John,

this grenade is a can of worms resonance wise, it will show different resonance points each time i look at it.
Not sure where this 660KHz peak comes from, as it is stable when touching the grenade, i guesss its not coming from it, or perhaps from the first layer.

The grenade is grounded, but at the 28 turn secondary side as can be seen in the latest ALLEGGA diagram.

I will try the frequency response on a pulse later today.


Itsu

[itsu]

Verpies.
Thanks for the explanation. Now i see why in my previous setup where i had my primaries as CW-CCW, everything was working right without mosfet damages. From the moment that i changed to CW CW, i burn my mosfets very often, the one after the other! I think i will experiment with your clamp but with narrow primaries to see what its response would be.

Nick, Hoppy
Thank you guys for the diodes. I hope that they are not expensive. I'll order a bunch of them to play with.

Itsu.
Nice Video mate. Your PLL seems to work beautifully. When and if you have time, it would be good if you could redraw the circuit with your changes on. I mean the PLL circuit.
It is normal when you fire your Kacher nothing to happen at your output dc level. You impose an AC signal on a dc voltage. So don't expect something more than your 220V dc. The extra 1-2 Volts that you get is due to the small offset that you insert by firing your Kacher i guess.

Jeg,  thanks.

funny, but i have my doubts about the correct workings of this PLL, as it drops out of lock when adding bulbs etc.

I am having problems understanding why a PLL (frequency driven) would lock in this case on the resonance point (max. amplitude) of the inductor/wima caps.
It want to stay in phase (frequency) with the input coming from the feedbackloop but why it should lock on resonance i don't know, guess some
education on my part is in order.

I had to make some modifications as on my working frequency (15KHz) the PLL would not lock, so i had change the C2 cap from the mentioned 15nF to 10nF.
I think this one was designed for some higher (27KHz) frequency range.

The C5 cap is 3nF now, but it did not change much from the earlier 320pF i had.

Finally one input to the switch S1 was changed as it was giving the same phase, so flipping it did not change the phase.
Its input now comes from IC5 points 8 and 9.



Regards itsu

[Tomtech29]

I made a video of what i was doing last week when my laptop crashed.

It shows the sweeping of the grenade/inductor when "in the system" via the antenna and the 2.65MHz resonance peak.

Then i tuned the kacher to run (pulsed) on a third of that 2.65Mhz = 883Khz by inserting a ferrite rod in the kacher secondary
while fired ontop of the sine wave of inductor voltage.

We see a slight 0.5V voltage increase with or without the kacher (ontop of the 220V dc).

Only thing left is to set the correct 1:100 relationship of the grenade (2.65MHz) and the push-pull frequency (26.5KHz, now 15.4Khz).

Video here: https://www.youtube.com/watch?v=HYNI2YyMQ4U&feature=youtu.be

Regards Itsu

Hi
Thanks every day getting closer!

-certainly seen this stuff:
https://www.youtube.com/watch?v=UtloM6cpzYw
what is interesting is that the pulses are not in phase with the peak sinusoidal signal (He says that nothing like this will not get!)
I do not understand it but any of you know what's going on
-the important thing will be to watch the "mustache on the back of the sine".

would you give to show us a trick shot where you see this episode of wave reflection on grenadeor or visible on the coil inductor!

pulses fall on top of the current !
from what I see here: 8:15
https://www.youtube.com/watch?v=SYU1gdBx4TU
Could you check it out?

[Tomtech29]

Jeg

Itsu" not only has a problem with the proper operation of the PLL circuit .
See how to properly maintain a high state of resonance at full load + / _ - 860Watt /5Amp.
10:30
https://www.youtube.com/watch?v=NHpUE6oqt7k

"funny, but i have my doubts about the correct workings of this PLL, as it drops out of lock when adding bulbs etc.

I am having problems understanding why a PLL (frequency driven) would lock in this case on the resonance point (max. amplitude) of the inductor/wima caps"
I do not believe in magic!
where is the secret???