Kapanadze Cousin - DALLY FREE ENERGY

[Void]

  Void:
   I'm using the exact Mazilli induction heater crt, as is shown in the diagram below.
  The only difference is my additional tuning caps on both the yoke input side as well as on the yoke output coil, to tune for and obtain the best running frequency.
I still don't have, and haven't been able find, any more of the right value tuning caps. So, my yoke circuit is not optimized, yet.

Ok, the IRFP260 FETs should work well since they have a low Rds (on) rating of 0.055 ohms.
Was just curious if those were the actual FETs you are using.

[NickZ]

  Hoppy and All:
  If my opinion, what I'm suggesting, and what I'm showing is of no use, and you have a much better idea, then, PLEASE, do what you think is best.
  Try to loop a device which is outputting very low output, and see if that works.
Let us know how it goes.
  Or perhaps you can suggest to Akula that he should really only use low wattage bulbs, so his fets won't heat up, and so he won't need to use three heat sinks and fans.

  But, I'm really, really, really tired of hearing a hundred times about your negative opinions as to fakes, lack of proof, and no real self runners in existence, etz...

  You and TK are disrupting this thread, with absolutely NO PROOF of what you are suggesting. You have also pissed off Geo in the past, and myself. And we may not ever hear from him again. If that is what you want... you are doing a good job of it.
Keep it up... keep pushing him, and see what that gets you.

  Now, I will once again suggest, that you and anyone else that thinks that all these self running devices shown up to now, (which some of us have been trying to replicate), are nothing but fakes, to PLEASE start your own thread for that purpose.
                    Thank you,
                                       NickZ

 

[TinselKoala]

Ok, the IRFP260 FETs should work well since they have a low Rds (on) rating of 0.055 ohms.
Was just curious if those were the actual FETs you are using.

They are the actual FETs I am using in my flyback JL driver, which uses the exact same circuit NickZ posted above, even uses very close to the same capacitor value and the same number of turns, center tapped, on the flyback ferrite yoke. My mosfets run cool, and I run at 24 to 48 volts input, and I have very large current throughput as anyone can see. Why do my mosfets not overheat and blow out, even though I am putting them through very severe service? See my posts to find out.

If builders here think that I don't know what I am talking about and am somehow off-topic, that's fine with me, they can continue blowing out their mosfets and flailing about, chasing their Red Herrings along. I really don't need to help them, even though it is really clear that they need help. The proof is in the pudding, as they say.

People think I've scared GeoFusion off? How many claimants have claimed to have a self runner, then disappeared never to be heard from again, when I challenged them? Wow... it is great to have such power. You would think that even just ONE of those eight or ten people would produce a credible demonstration of their self-running claims, just to put me in my place and shut me up... wouldn't you? But I am so powerful that they simply disappear, and they never even post their proofs on a different website. Right.

I'll leave you all with this then:

http://www.youtube.com/watch?v=4XRwlNCF1PU

That is the _same circuit_ NickZ posted. My mosfets do not overheat. Bye now!

[TinselKoala]

@magpwr:
I hope you are following my MicroQEG videos and explanations. What is being covered there is very relevant to your "virtual experiment" and your measurements and especially your conclusions. You might also be interested in this video:

http://www.youtube.com/watch?v=gi-hl2W86yk

This circuit is very similar to what NickZ is using. It is the non-center-tapped, dual-choke version. Note that it transmits power _wirelessly_ and that the bulb is _brighter_ when lit by the wireless receiver than it is when _directly connected_  to the battery that is powering the wireless transmitter.

OK, that's it for me. I clearly have nothing more to contribute here.

[Void]

TK, I don't have any problem with anything you have been saying in regards to the ZVS driver circuits, mate. 
All seems like good advice to me.   
All the best...