Kapanadze Cousin - DALLY FREE ENERGY

[AlienGrey]

Try this one self running and starter !
https://www.youtube.com/watch?v=Mf7aNQD2GPA

[TinselKoala]

Hi justawatt. Very interesting, but it is very hard to tell how he really has everything
connected up, and whether it is really self looped or not. It looks like there is another separate big coil
near the bottom of the receiver tesla coil. Also, he shows getting huge high current arcs off the top of
his transmitter tesla coil, which is not normal at all for a kacher type setup like that, so something
is very unusual there. Certainly not your typical kacher and tesla coil type of arrangement to get those
huge high current arcs like that. Appears to maybe be operating at a very low frequency.  Would need
a lot more details. With just what is shown it is very suspicious, but anything is possible I guess.
Do you have a link to a Russian forum where more details are provided?

All the best...

Astute observers will note that this is virtually identical to the "EEEE" system I proposed here -- with schematic -- some months ago, and which is currently being investigated (slowly) on another forum.

Complete with the demonstration of varying the capacitive coupling to dim the secondary load coil's bulb, which you've seen in one of my TKoilX videos, and the drawing of arcs from the top of the transmitter coil, which I've also demonstrated. (Void, I don't find the arcs in the above video to be particularly unusual or significant at all.) But of course I've not claimed that "self looping" has been achieved ... yet.

Maybe what I need is to forget about neatness and principles of good HV/HF circuit layout, and just spread out all the components on the bench and connect everything with clipleads -- since so many of the "self runners" we've seen seem to use that technique.   

[Void]

Astute observers will note that this is virtually identical to the "EEEE" system I proposed here -- with schematic -- some months ago, and which is currently being investigated (slowly) on another forum.

Complete with the demonstration of varying the capacitive coupling to dim the secondary load coil's bulb, which you've seen in one of my TKoilX videos, and the drawing of arcs from the top of the transmitter coil, which I've also demonstrated. (Void, I don't find the arcs in the above video to be particularly unusual or significant at all.) But of course I've not claimed that "self looping" has been achieved ... yet.

Maybe what I need is to forget about neatness and principles of good HV/HF circuit layout, and just spread out all the components on the bench and connect everything with clipleads -- since so many of the "self runners" we've seen seem to use that technique.   

Hi TinselKoala. Yes, being able to light up a light bulb using the capacitive coupling between
the tesla coils is nothing unusual, for sure, but if he is claiming it is self-looped/self-sustaining
then that is interesting. Maybe the really big arcs are due to powering the kacher driver circuit
with a lot higher input power than most people usually test with. If his input power is around
100W or more, that could very possibly account for the larger and higher current arcs he
demonstrates near the end of the video. However, if the input power to his kacher circuit
is really around 100W or more, then the circuit being self-looped seems doubtful, but anything
is possible. Yes, when I am testing circuits I usually don't worry too much about having it all really
neat and proper. I would only go to that trouble if the circuit under test is showing some real promise first.

All the best...


P.S.  That kacher/tesla coil circuit demo is apparently not self-looped, and apparently
draws about 96W when lighting up the 60W bulb. Not bad performance, but not OU it seems.

[TinselKoala]

Larger high current arcs? Those aren't large high current arcs.

_These_ are large high current arcs. Ruler in background is marked in inches. Input 24 VDC @ 6 amps:

https://www.youtube.com/watch?v=aIZClhoU2Xk

[Void]

Hi Tinsel Koala. Nice. 'Larger' is a relative term.   I was saying 'larger arcs' in relation
to some of the kacher/tesla coil setups people have been testing in regards to the Akula/Ruslan
devices previously being discussed in this thread. Of course with enough input power even much larger
and higher current arcs can be obtained, but Akula does not seem to have used really high input power
in his previously demonstrated setups.   

All the best...