Kapanadze Cousin - DALLY FREE ENERGY

[verpies]

...having for example 1 amp under 24 V in entry, so 24 W,

That's always true only for DC.
For AC that is not generally true because:
average Amps * average Volts <> average Watts.

Usually the more high frequency content, the less true Amps*Volts=Watts is.

[GeoFusion]

Hi All Nickz, Hoppy, Khwartz

  All:
   Ok, looks like we are all working nicely together here.
   Gfusion, glad that you are back with us and also watching Igor's videos now, as well.
  Yes, there are many versions of the Royer or similar type of oscillators. Which one works best for our purpose is still unknow. I was going to make your original circuit, as I love simple circuits, but blew one of the two new TIP 3055 that I was going to use, as my ferrite core has a short in the coils. Don't know if it can be done using one one of them, I may try it to see.
  You can find the 1 inch iron powder (white and yellow) toroid for your chokes, inside old Pc power supplies, if you don't have any. A separate small pc fan will help them also.
 
  It would be nice to get Igor here with us, if possible. Maybe someone can get a hold of him to suggest it. I already tried to link this site to him on his YouTube page, but it was not allowed.

Hi Nick ,

Yeah man, to put out minds together is the best thing and to able to make something that works and can be replicated.
Yes there are many versions of the Royer and similar types of the circuits that might work awesomely, but to find the right one to hold it forever is the trick. You should try fet's Nick, like I use very small ones IRFZ34N google them. that is the one i used within the vid where you see to light up the 1 kW halogen. But what my latest is using is IRFP250N or IRFP260N FETs.
Oh but which core are you using , the TV Yoke (2) peices? or the flyback (2) pieces?
Yes, and thank you for reminding me getting such toriods inside old PC power supplies. will get a hand on them soon.

I did msg Igor, and yes we had some conversations for a while.
I'll see to let him know about the forum.

Hi GeoFusion!

For precised and accutare measurement of amps, you do not need sofisticate tools, just a good resistance in series with your out-put. By measuring voltage, and by Ohm relation I = U/R, you get the amps (you take 1 ohm and you have direct reading without calculation ) ; what ever HF waves around, especially in a Faraday cage.

For the out put, you do not need sofisticate and expensive equipment too!. As Laurent/Woopy said too: just need a bulb reference light with its normal voltage and compare the brightness of your output light bulbs with the brighness of the reference bulb. A luxmeter could be a must, but you don't really need it if the brigthnesses are enough similar, I mean of the same magnitude while in same time you would have a very high ratio out-put power under input power.

This last point is all needs to be done: having for example 1 amp under 24 V in entry, so 24 W, and one or several 100 W light bulbs AS bright than a 100 W grid powered. Theoretically, even with a single 50 W you could prove OU. Then, if you make this you will have prouved undoubitably the OU, and any other measurements, like scop, are just for understanding and betterments. IMHO.

Cheers.

HI Khwartz

I Understand. thank you for your time and explinations.
Will try to do so what you have pointed out for measurements on the device and devices coming up soon.
Hmmm Luxmeter. Interesting saw it on google. might have to see how I get one. Might be handy
That should be a method of showing it too, Showing bulb from mains and one from the device to see differences.
Well I do see the circuit consuming small amounts of amps because removing the leads from the battery does not Spark that much at all or make drastic spark noise.
Thank you again , Yes I think I will take these steps.

Cheerz~

[GeoFusion]

Guyz check these out
this could be also what TK is doing within his Devices
Amplifying the Frequency within. something Similar to the works of STAAAR device.

CHeerz~

[NickZ]

    GeoFusion:
    Thanks for your reply.
  You mentioned that you got a hold of Igor. I hope that he does come here. And if not, at least we can ask him questions on his YouTube channel or video pages.

   At the moment I'm sort of at a stand still, a bit frustrated, and sitting on my hands. Until someone can actually show a real proven OU gain over the input source, as well as the most important point for me being a properly working feed back circuit path.
  I say "someone" because I'm not an electronics expert as is Grum, or Akula, or so many others that are working on this.
  So, until someone can verify these self running devices to be actually working, and not for just a few minutes, I may just wait and see. As so many things have been tried, and so many have failed.
  In any case Geo, thanks for being here, and being who you are. And the best of luck to you and all. I will replicate once more proof of concept is shown.
  I'm just tired of spinning my wheels, and getting nowhere. Possibly a few days break will help.


   
 

[Khwartz]

Thanks for your comments on the measurement issue. A light meter can be purchased cheaply on e-bay, so there should be no excuse for not getting a reasonably reliable power consumption comparison with the same lamp load when grid powered. IMO its wishful thinking to expect a device to self-run without being in a genuine OU condition, so lets all get a little more scientific and start reporting light level measurements when reporting experimental results using lamp loads.