Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  Void:
  It may be that placing a hand on the Kacher antenna, or secondary coil is not affecting the output at the bulbs, at times,  as I'm now seeing something like that myself.  There may be a good reason for that. Other that it's being faked.
  Similar as to when a transistor is working and switching, and the transistor base is then disconnected, the device keeps going, even without it.  Maybe once the grenade coils are in gear, the Kacher's effect of superpositioning is no longer needed,  Or not? There are also two coils heterodyning on the grenade/yoke circuits, as well. Those two circuits need to be tuned to resonate with each other, first, then the Kacher is superimposed on top of that matched resonant magnetic induction circuit with the HV, HF pulses.
  Or,  use the "Hamster Reactor", instead. Running only on Marijuana seeds.

[TinselKoala]

    TK:
    Have you even tried to make this set up work yourself?  Or, do you think that it's not even possible?
So, why even try... You might learn something, if nothing else. Or is there another better device to replicate?

I don't have room enough to try this particular setup, no. However as I hope you've seen, I've built driver boards and Tesla coils and wireless power systems and induction heaters and Mazilli-Royer oscillators aplenty, as well as playing around with TV deflection yoke inductors. So when I see something I think I can comment on based on my experiences, I comment.
Do I think it's possible to make any of these devices self-run? No, I do not, because I know something about all the bits and pieces of the circuit and because I don't believe that Akula/Ruslan are doing it either. Yes, I agree that it's interesting to work with these circuits and one may always learn something. Is there some other device worth replicating? I don't know. Right now I'm thinking about linear-piston Stirling alternators driving electrolysis cells producing H2 and O2 to burn in order to heat up the linear piston Stirling alternators .... but that's a much different sort of electrochemical-mechanical project than this electrical one.

   Neither John, or myself nor anyone else has actually replicated any of the Ruslan/Akula devices, not one person. That may have something to do with why the results have not been anywhere close to being the same.
Everyone is making their own versions, and no one is getting anywhere at all by doing so.
Years are starting to go by.

It all depends on what you mean by "replication". If you only count "successful", that is, self-running, devices as replications, then sure, nobody we can trust has reported doing so. However, lots of people have tried to replicate, and since I worked on the small Akula device and obtained the exact waveforms that he published, I think I can claim that I've done that much of a replication anyway. And that device, as I explained in videos, would easily run for long times with a capacitor can full of button cell batteries. The Lari-Man Objekt13 is another one in this class. It "works", and it also receives transmitted power quite well, but it does not actually self-sustain.
Here's what I think about their devices. They actually _do_ work, in a manner of speaking. That is, they do what the circuits do, and they light up light bulbs, make waveforms, all of that just fine. They also, many of them, work as excellent receivers of broadcast power in the near field. That is, if you constructed the proper transmitter, it could make the devices appear to be working without an outside or stored source of power, because you just aren't being shown the transmitter and its antenna. When I found out that Ruslan works at a commercial FM radio station I just about plotzed.
An efficient receiver of transmitted power is something that is worth working on. I like to play around with Tesla coils and driver circuits that make HV, so it's worth it for me to play around. I really don't expect the Akula/Ruslan devices to be real, selfsustaining devices, no, but still I'd like to see you folks who have room to refine your techniques, set up the circuits properly, and perform some proper experiments with them.

  I am currently using the IRFP260N fets on my modified Mazilli induction crt. And have been for a long time, so I am familiar with using them. And yes, obviously I did something wrong, but I don't want to blow any more of those fets, by playing around, for now. Until I get some of the 2sc5200 transistors to test out. I was surprised by their price, with free shipping and all. But, Ruslan did say that fets may work better for the Kacher crt, at some point, Don't know if he still thinks so now.
   I was going to make another Mazilli, to connect up as a new Kacher crt.  But, I have not done so yet, as I still have some doubts about that, and I don't know if it will be able to reach the 1.5 to 1.7mhz running frequency.

  My main concern for now is obtaining those 2000v WIMA caps, and the best working transistors, and mosfets to use, as well as also obtaining a 120v to 24v 10 to 15amp PS for the feed back path.

I'm surprised you can get the 2sc5200 transistors so cheaply.  I would think that the right mosfets would work better in the basic Kacher, I can't think of any reason why they shouldn't. Unless the bipolar transistor is "tougher" and can resist noise and spikes better perhaps.

[John.K1]

Tk, you are right about some things. But it is like in the sport - it is not important to win. Important is to be there   ( not sure how exactly you say it in English)
I remember Ruslan's replication of 30W Akula's "Fonar".  I have still Ruslan's folder with all necessary information, PCB, part list etc.  He was showing it working and than quiet. Weird.

For you TK- I think you or we might hear soon from Steorn. Something telling me, they got something

[NickZ]

  I don't know if they actually work better, or not, until I try them. Right now I've been using the big power transistors found in the HV crt monitors or tv, for the Kacher transistor. They have worked the best for me so far. But, again, nothing to write home about. That's why I'd like to try some of those high power ready made Tesla coil, drivers, with adjustable duty cycle, and frequency controls. As my current Kacher driver just won't cut it,
  My Tectronics scope will hopefully be here on the 2nd of Aug, or so, till then, I'm doing what I can with what I've got.
  I like what I saw in Grum's recent video.  Looks like fun, playing with those boards, and all.
And, I'd also like to see both Grum and TK just join us, if possible. As TK already has a head start on the drivers.    The grenade/kacher coils can be made in a couple of hours, once having the materials ready to go for it. Takes less time to wind, or space to take up, than building a big Tesla coil.
  What takes time, is getting all tuned and working right.

[lost_bro]

Again.Nobody responded how to implement sinewave current peak detection to follow the load change. Dog-One ?

Hello forest

This is the latest circuit from Oleg, ripped from his video on YouTube.

Please note the the Source Signal is from a C.T. on the ground line (ie: just like Secondary base feedback on a SSTC).
C.T. signal is shown to run to a LM393 comparator............

take care, peace
lost_bro