Partnered Output Coils - Free Energy

[EMJunkie]

SkyWatcher123, Wistiti and John.K1,

Excellent work Guys!!!

If you like, you can try resonating your input @ the frequency you guys are working at. It did improve my setup slightly! Aim for max Q Factor on the input.

LC Tank Circuit for example.

Kind Regards

   Chris Sykes - hyiq.org
   To Reach New Horizons!

[ALVARO_CS]

Ordinary 1.2V PNP Joule Thief draws LESS current, or nearly the same, when 24 LED load is CONNECTED, and draws MORE current when load is DISCONNECTED:

http://www.youtube.com/watch?v=FLsOCYPCvGc

Now I can haz cheezburger?


Yes, amazing ... except when I do it. Then it's just something you can ignore or insult me about.

one humble note: I forgot to say that same results at Amp draw using a 20W- 300K resistor as a load (and even shorted) . . .sorry

TK: I have been in this forum for some years now, learning and posting my failures and successes, and I know (and value) the high level of your knowledge and therefore, I can detect when you spread that acid sense of humor of yours, so. . . no offense here ! (I have never insulted anyone in this or other forums)

But,  I will be very much more grateful, if you would change your mood and switch on a more cooperative one.  With your building skills and measuring expertise, it would be a great help !!
Knowing about your honesty, I guess you have already replicated this simple device, and made your accurate measurements and scope shots, so please, be kind of posting such results and analysis. Thanks

Alvaro

[alan]

It would be nice to know the output current, loaded and shorted.

Finally got an old crt monitor for its transformer core.

[Void]

The thing is I tested it with many many LED stripes and more I connected I didn't register any increase in consumption. In fact in some cases it went down- again the result relates to the right frequency. 

Hi John.K1. I have also been testing with lots of different transformer arrangements and tesla coils, etc., over the
last few years and I have also seen on a number of occasions where adding a load doesn't increase the input current,
or the input current may even drop a bit, but as you likely already know, that in no way necessarily means that you
have some sort of over unity effect occurring. Often more power will dissipate in the driver circuitry as well as in
the transformer windings if there is no load, or if the load is not a good impedance match. Adding or changing a load
can shift some of the power dissipation from the driver circuitry and transformer windings more to the load, and therefore
not increase the input current, and it all depends on the exact configuration. Therefore of course the only way to tell if
you are getting more power out than being put into the circuit is to make proper input and output power measurements.
Just monitoring input current will not tell you anything about the overall device efficiency.
All the best...

[John.K1]

Hi Void,  Exactly. I do not state any OU , yet And as you know I do not accept any Lights as a measure of OU. Even measurements can be tricked. The only and best way to prove OU  is to have it as self runner.

Good luck