Kapanadze Cousin - DALLY FREE ENERGY

[T-1000]

So C2L3 freq needs to be at 6mHz
and L1C1 freq also needs to be at 6mHz???


DonL

It should be same frequency. Also 6MHz seems a high target because it is radio frequency and there will be trouble to contain EM field in coils and rectify after. Can you bring frequencies down to with longer wire length of L2? The best case would be if L3C2/C1L1 would work on frequency range 25-100kHz.

We see some increase in light intensity when shortend, but also the input on the variac increases from 22W till 30W.

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

Regards Itsu

Thanks Itsu,

This is where dance begins between voltage and current. If you would make resonance in series on output the current draw will be on maximum on primary but shorting secondary on waves peaks would do something else and needs actual test. Also I have idea how to reduce current draw on resonance in series so with resonance on paralel it makes opposite than resonance in series does - minimizes input current and maximizes voltage. Theoreticaly the balancing between those would bring to normal usage without load and high current on output coil. After this step using high current as input to scalar transformer would give power out without affecting resonances(You probably seen one already in D Smith investors weekend 2001 video with output coil on top of core where 2 input coils are inside connected in series).  This is where 2 resonant circuits come into single transformer concept I am just writing about to DonL.. The trial and error way, heh

[dllabarre]

It should be same frequency. Also 6MHz seems a high target because it is radio frequency and there will be trouble to contain EM field in coils and rectify after. Can you bring frequencies down to with longer wire length of L2? The best case would be if L3C2/C1L1 would work on frequency range 25-100kHz.

L2 should be just 1 layer of wire correct? 
So a longer form for longer wire or a larger diameter form for longer wire would work OK?

[T-1000]

L2 should be just 1 layer of wire correct? 
So a longer form for longer wire or a larger diameter form for longer wire would work OK?

If you did build Tesla coils previously you probably know the answer already. It is single layer fine long wire same as in Tesla coil.

[dllabarre]

It is single layer fine long wire same as in Tesla coil.

I understand.  I just wanted confirmation.
Thanks

[NickZ]

  I've been trying to study up a bit on Tiger's circuits, to see if I can understand where Akula is coming from, and how he may have developed his circuits from Tiger's ideas. I would suggest that those interested view Tiger's  videos, as some are new and may not have been seen by anyone, as yet.
  Tiger's youtube channel:
  http://www.youtube.com/user/tiger2007ify/videos

  Here, (diagram below) is a picture of Tigers dual transistor circuit, that is where I think the rest of the Akula circuit may have developed from originally. Or maybe not. But, I see much more similarities with Tiger's circuits, than anything that Romonov has shown, that Akula may have used to build his self runners with. As Romanov has not shown any self runners, only circuits that light a single bulb using over 3 amps from his power supply, and nothing else.
  Neither Tiger, Akula, or TK have mentioned anything about voltage and current banging into each other, or coil shorting, etz... at least not that I have been able to observe.  Akula mentions to forget about resonance and such, and to focus on raising the current output to the coils. The system seams to run and operate on higher current, and not higher voltages. I'm still just learning about all this, so...
   I really do suggest viewing ALL of Tiger's videos, if possible. The later ones are of much better quality.
The last video that he made was about one month ago, is showing a very interesting circuit, lighting much more than an led bulb, which I am guessing may be his last and possibly most developed device. 
I wish that I could understand the language, but I can't, so I'm counting on some help, there.