Akula0083 30 Watt Self Running Generator.

[T-1000]

I agree, easy to find the resonant points in these sorts of arrangements! I can think of at least three ways to do it right now... But its a common thing they keep talking about.

LC Resonance calculations can be made that mostly are quite accurate if one can find or calculate the Coil's Distributed Capacitance. I have found it better to work back the other way though.

In this case the LC resonance frequency must match ferrite natural resonance frequency or its harmonics. Otherwise there is no added effect everyone is after. And also the effect is on nuclear level when magnetic domains are spinned for induction not only on horizontal axis but also on vertical axis which effectively make ellipsoidal ball movements in 3D space...

[br549]

That's a "result"? An LED glows for a few seconds, then he takes the coil apart? Heck, I have joule thiefs that work better than that. Violates the first rule of OU experimentation, too: If you have something that "works"... never NEVER take it apart! Build another one and take _that one_ apart if you must !!
What MoF is describing is the normal way to find a resonance using a function generator and an oscilloscope. I have illustrated this process in several videos long ago. Doorstep? Maybe. At least it's not a big Door Stop like the QEG. Easy with Soviet Ferrites.... right. Sure. Let's please see some data comparing "soviet ferrites" with "chinese ferrites" in the same circuit.

It's easy to make circuits seek their own resonance too, especially with things like CMOS inverter gates.

I was watching the Akula video: https://www.youtube.com/watch?v=3IjQ37TopWE  where he disassembles the circuit board, and noticed that circuit board shown at 3:19 is out pf sight for a while and then you see it again at 9:35, (when he is disassembling it). I was wondering if anyone has grabbed a screenshot of the two boards, and compared the solder side for any differences. I would do it my self but don't have the software or the know-how?   I am thinking that if they are identical, it would add more credibility to the video.
as always; thank you and have a great day.  br549

[EMJunkie]

I was watching the Akula video: https://www.youtube.com/watch?v=3IjQ37TopWE  where he disassembles the circuit board, and noticed that circuit board shown at 3:19 is out pf sight for a while and then you see it again at 9:35, (when he is disassembling it). I was wondering if anyone has grabbed a screenshot of the two boards, and compared the solder side for any differences. I would do it my self but don't have the software or the know-how?   I am thinking that if they are identical, it would add more credibility to the video.
as always; thank you and have a great day.  br549

Hey BR549,

Good Question. The look pretty good to me. See attached Pics.

All the Best

  Chris

[havuhung]

In this case the LC resonance frequency must match ferrite natural resonance frequency or its harmonics. Otherwise there is no added effect everyone is after. And also the effect is on nuclear level when magnetic domains are spinned for induction not only on horizontal axis but also on vertical axis which effectively make ellipsoidal ball movements in 3D space...

Hi T-1000,
I thought of:
It is possible that Mr Akula0083 secret of this guy, the empirical formula calculated on each type ferrite resonators to achieve optimal resonance! . .  if so, when testing the circuit board we need, what tools to help job? . .

[havuhung]

Hi All,
I play video clip numerous times on several different software, with each frame moving pictures but have not found a fake! . .