Kapanadze Cousin - DALLY FREE ENERGY

[Cap-Z-ro]

@Cap-Z-ro:


If you have ideas and going to do experiments based on Ismael's work, please start a thread and share your progress 


truesearch

trusearch, I have no idea where my thoughts will take me, I'm kind of unconventional in my approach to things.

It will likely be a hodgepodge of things I've seen on the net and my own ideas.

Thanks.

Regards...

[Hoppy]

  Hoppy:
   I have mentioned that at times my yoke circuit shown previously would unexpectedly "KICK IN", without any changes done on my part. The light bulbs would get very bright, and the yoke and ferrite rod would start to audibly ring, loudly. At the same time there would also be a very noticeable vibration, in the core(s). This was when the current drawn also was increased (by itself), and the transistor would also get hot, to hot to touch after a while, even on a heat sink, although showing less heat than if it were by itself, and without a heat sink.
  I could never find or control this action, and effect, even now.  I attribute it to some kind of resonance, but this would never happen at the beginning, but only after at least 5 or 10 minutes, or more, running time.
  To me, the loudness and added vibrations of the ferrite cores, indicates the amount of current flowing through them, and the intensity of the sound and vibrations are relative to the amount of current being drawn. 
There may also be more to it, but those are my observations.

Nick,

It sounds like your transistor might be close to a condition termed 'second breakdown', which will cause over heating of the transistor that can lead to junction failure. If its a mosfet, then incorrect gate drive conditions could be the cause of over heating.

The audible 'ringing' when the oscillator is loaded to your ferrite coil with parallel cap is likely indicating that the the waveform is 'spiking'. When you hit resonance, the audible whistle should stop because the waveform turns sinusoidal and the current from the supply will drop.

[NickZ]

  Well I wish that I could control that condition, because when it happens it allows for much greater output, from the same fixed input. The overheating of course can cause transistor failure, but I had it going that way for a while.
Now it is not doing it (kicking in) any more (which I am missing),  as I'm using a different transistor. Nor am I getting the same output levels in the normal condition, as before. All transistors vary somewhat in any case, but keep in mind that my circuit is feed back to the transistor control, battery positive rail, or even to the earth ground.
The point being that when the circuits kicks in, so does the ringing, vibrations, and transistor heat. The stronger the ringing, the higher the output. Which my daughters can't put up with, or myself, for that matter.
  What you may be hearing is similar to an AC transformer hum, which may sound similar to what Akula is mentioning is coming from his yoke. I hear a ringing, he hears a hum. May or may not be the same kind of thing, possibly only a matter of degree, as ringing may turn into a vibrating hum at higher output levels.
Like when the grid power line transformers sing their last dieing death song... bagh,  bagh,  bagh,  and out she goes.

[NickZ]

  I ran into one of my older videos from last year. But, as it's showing my Lasersaber circuit version 3.0 running fairly well, and lighting a 60 watt incandescent, and also a 25 watt CFL bulb, I thought you may find it interesting to watch, if nothing else.
  Sometimes even I forget what I've done before, so the videos are a good reminder. This set up can also light several 7.5 watt 110v led bulbs, through a single small solar panel/ 12v 7ah battery as the input. And is much more economical on the battery charge, than a regular car inverter system. As many as a dozen of those led lights can be lit from a single 2n3055 transistor circuit.
       
    http://www.youtube.com/watch?v=chEwqvtJUOA&list=PLO6FJVqlxatdWWYJlHiW6HVLPBOgR64xP&index=6

[MenofFather]

  MenofFather:
   On your correction you are showing the half wave rectified 220v going directly to the end of the red yoke wire, going though that dual opposite wound coil and then to the rest of the driver circuit. You are not showing the connection to the center tap of that red yoke wire. I don't think that is how it goes. The center tap, and what it does may be very important, and is not going to work the same if not included, as you are showing. 
All this needs to be tested, in any case. But, the reversed opposite wound coils seam to be a repeated theme in most all the working devices.

I not think that ceneter tap is important, but you can use it if want, just that is more easy make.