Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  Hoppy:
  By adding ready made circuits where possible, such as the 7$ TL 494 board, etz.  I am taking someones design and incorporating into my device.  The addition of the trim pots makes it adjustable. 
  What would I gain by making a TL board myself when they are already available for cheap.  Just add the pots, like Itsu suggested, the mosfet driver chips, and new snubber circuit.
Now I understand. 
   What I still don't get is why there is no interaction from that carefully made configuration. Nor does anyone, else. 
  So, if I'm hesitant to go that route, that's the reason. Until the cause of the "effect" which is responsible for providing the extra juice, for a device become possible a self runner, is a proven fact,
   However, I'll try to un-complicate things, where possible. As I also like to choose the simplest route that works.
But,  in this case "Trial and Error", can lead to... a lot of wasted time, and money.

[Hoppy]

  Hoppy:
  By adding ready made circuits where possible, such as the 7$ TL 494 board, etz.  I am taking someones design and incorporating into my device.  The addition of the trim pots makes it adjustable. 
  What would I gain by making a TL board myself when they are already available for cheap.  Just add the pots, like Itsu suggested, the mosfet driver chips, and new snubber circuit.
Now I understand. 
   What I still don't get is why there is no interaction from that carefully made configuration. Nor does anyone, else. 
  So, if I'm hesitant to go that route, that's the reason. Until the cause of the "effect" which is responsible for providing the extra juice, for a device become possible a self runner, is a proven fact,
   However, I'll try to un-complicate things, where possible. As I also like to choose the simplest route that works.
But,  in this case "Trial and Error", can lead to... a lot of wasted time, and money.

Nick,

Its OK to use a ready made PWM module for integrating into a full driver circuit, so long as you understand the functions of the module and how it should be interconnected. However, its the understanding of what a circuit is doing, its functions, that's important, if you intend to 'un-complicate things' as you put it. Until you have a good functional understanding, you cannot know whether any given circuit is too complicated for its purpose. Trial and error is minimised through knowledge. To wait until the cause of the effect responsible for self-running is proven by others, suggests to me that you lack confidence to seek it yourself by experiment through going down the route of improving your knowledge and build skills through building your own circuits, rather than by just rather blindly cobbling modules together.

[NickZ]

  Hoppy:
  You are suggesting that I do what you are not willing to do. Therefore, you're not being very convincing.
  I am already considering uncomplicating things by going the TL board route. Instead of building my own. Something wrong with that?
  I am not an electrical engineer, nor chose to be one.  I am an electroinics assembler, at least I was one previously. And I can build up any device made. However I don't design them, nor want to, as that is not my forte. I'll leave that to Akula, Oleg, etz...
  The Mazilli/yoke/grenade tests were already a learning experience, that yielded no extra energy out than in, so far. Other than learning and observing what does not work. I'm not the only one waiting for further proof of concept.

[Jeg]

Aint it suppose to be 1/4 wave and that Atom chap was on about 5th harmonic if you recall his comments with DOG, just an idea.

ALSO WATCH THIS ALL THREE OF THEM !!!!!!!!

https://www.youtube.com/watch?v=QDRaCTVO67w


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

AG, interesting information about this 432Hz but I don't believe that Ruslan Akula or Dally case has anything to do with special frequencies. Thanks anyway

Ps. I located some tc4429. It might be an answer for replacing ucc27321. Only drawback is that it provides 6A output peak current instead of 9A that 27321 gives. I hope it would be adequate for very thin pulses at the input of irfp460 mosfet. 

[Hoppy]

  Hoppy:
  You are suggesting that I do what you are not willing to do. Therefore, you're not being very convincing.
 

Nick,

If I was convinced that Ruslan's and Akula's devices were genuine self-runners, then I would still be willing to continue experimentation and probably come across more convincing to you.