Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

   
   Hoppy: Thanks for posting the picture, now we can have a better idea of what you have going on there. Have you tried to feed-back any juice to the input side yet? 

   Your input current is higher than what I use.  And I'm using only a single transistor circuit, no caps, or anything else, and can light both 60 watt incandescent, and a 60 watt Cfl bulb. However, it's only free energy when connected to my small solar system.

Nick,

I managed to do an efficiency test today and was pleased that my experimental setup was very close to 80% which I think is good for an 'open core' transformer. You should be able to improve on this with your 'closed core' TV yoke ferrite if you get the turns ratio and wire gauge right for your chosen lamp load. As you know, the best way to do a this is to use lumen measurement comparing your system lamp with the same lamp run from the mains.

Feedback experiments will be done when I have learnt more about the most efficient coil / core arrangement using the Royer oscillator. Lots more experimentation needed.

[Grumage]

  As the main trick to a self-runner is the return feed-back path, without burning up the full bridge diodes, transistors, or anything else. Here is Dkdyker's cooker oscillator to be feed-back to by an 12v battery/inverter. He is hot on the tracks of Igor Moroz's on going work, and is almost there, as well.
  I thought that at least Grum may find this interesting. 
  Let me know if I got this all wrong, as I don't understand some of it.
  It is a recuperative circuit, not OU, yet, but close.

  http://www.youtube.com/watch?v=Q3AVCy9AR9k&feature=c4-overview&list=UUo3C0z4ZeYokDzlrEiU8ORw

Dear Nick.

Many thanks for the link. However in my own mind I think that the Watt meters used to measure the input power to these induction cookers are being fooled by HF coming back from the input side!!

Maybe dear Verpies, welcome back BTW, would agree with me on this one?? Do you know if the induction circuit were to be supplied by a 1 to 1 ratio isolation transformer whether that would filter out some or all of the noise generated?

I does seem strange to me that the last update from JNL was dated 1 February 2013, if this had been so promising a device why has it been shelved??

Cheers Grum.

[NickZ]

   Hoppy:
   Thanks for your replies. 
   I'm really looking at working not only on efficient inverter circuits, but self running ones, otherwise there's no thrill in it for me. When I heard about Geo's device lighting even 300 watt (or 1000w) my heart sang with joy.  But, the idea is that it will self run, as well.

  Igor is showing lighting 2000watts of halogen bulbs, using only 500 to 600 watts, no shocks, (I hate shocks), but, the best part is still to come, once it can run itself.
And, as was also promised by Geo, all will be shown, and explained and detailed.
  I'm holding my breath...

  Grum: We can disregard the meters readings, once these devices run themselves. Right?

[Newton007]

Information is free and for everyone that can replicate it, all this for the better future  ahead of us 

Cheers~

Geofusion I find this fascinating and the light bulbs are much brighter than I probably thought they would be. I hope you can include some scope shots as I am sure they would prove helpful.hope to see more soon.
Cheers    

[verpies]

Do you know if the induction circuit were to be supplied by a 1 to 1 ratio isolation transformer whether that would filter out some or all of the noise generated?

It would some, but the same transformer connected in series with the load as a choke would filter out more noise. 
A small capacitor in parallel after the choke, would filter out even more hf noise.