Kapanadze Cousin - DALLY FREE ENERGY

[Jeg]

Thanks for the links Tomtech.
PLL seems to be the way to solve this frequency drifting according to load. But it doesn't look like the key for the extra output power.

[Ed morbus]

Watch

https://www.youtube.com/watch?v=SeysF78s8PE

[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,

thanks for that link, but i have no idea what i am looking at.
As Ruslan does not use a "current probe" or a CSR (current sensing resistor), i still believe that the sine wave signals i see are VOLTAGE signals from either the inductor or the grenade.

Nowhere it is shown that these signals are CURRENT sine waves, and as we have discussed before, in this setup, a current transformer peaks on the voltage, not on the current, see these
links where i show both an unloaded current transformer signal (which we cannot use as feedback signal) and a loaded current transformer signal.
When loading an unloaded current transformer, the moustache like signal morphs into a more sine wave like signal:

http://overunity.com/12736/kapanadze-cousin-dally-free-energy/msg463605/#msg463605
http://overunity.com/12736/kapanadze-cousin-dally-free-energy/msg463623/#msg463623

Regards Itsu

[John.K1]

Tomtech29,
thanks for that link, but i have no idea what i am looking at.
Regards Itsu

Well, I think he shows only the principal  of enlarging or strengthening of magnetic field. When the impulse is out of face the sinus wave is all around fuzzy, not just a half of it.  He just got a feeling to share with us his findings on which he is working now

[AlienGrey]

But it comes from a current transformer, see the diagram.

So now that we are talking current transformers, i noticed 2 different behaviours with them.
I have 2 current transformers side by side, see picture.
The one i use as feedback is dampend with a heavy 10 Ohm resistor and it gives me the signal as seen in the purple trace in the screenshot.
The other one (different cores) is undampend as can be seen by the voltage (2KV) in the yellow trace but shows the moustache like signal (saturated core) we have Ruslan also seen showing.

Obviously this 2KV moustache like signal i cannot feed back into the PLL, so it must be dampend.
But dampening it with a resistor transforms the signal to be like the purple one, different shape, but also different phase!

So how do i get this moustache like signal / phase fed back into the PLL?  (voltage divider?)

Thanks,  regards Itsu

Your larkin about aren't you ? the moustashe pheromone is just a half wave totem pole drive to a coil with a capacitor  coupling the other side to 2 caps with a center tap to the other side of the coil !  so whats so important about that ?
Each spike is discharge of the upper or lower cap.  any other questions ?