Thane Heins Perepiteia.

[Groundloop]

@tak22,

I really hope there will be more information on this. As far as I see it right now is that the magnet coupling effect IS something in itself!  Think on that for a second. Just a little switch and you can turn on and off a much bigger effect. Just like a transistor but for magnetic fields. I bet that if i put a transistor on the middle coil then I can turn on and off the output in a linear fashion.

Groundloop.

[Mr.Entropy]

@Groundloop

If I've understood the principle by which the overunity transformer is supposed to work, then you're supposed to drive the coil on the low permeability core, and take power off the center coil.  The idea is that the current induced in the center coil magnetizes the high permeability core instead of sending back EMF through the primary.

Cheers,

Mr. Entropy

[Groundloop]

@Mr.Entropy,

Yes you are correct about that. The input at the low permeability core and the output at the center coil and the output coil. So if you load the center coil then you get magnetic coupling to the next core thus powering the output coil. The more you load the center coil the more coupling you get. At maximum load on the center coil (e.g.. short circuit) then the highest ampere turn you get on the coupling and the highest output. Since this coil (center) now is at its maximum ampere turn no back emf can be transferred to the input. Any load now on the output will not reflect back to the input. Maybe the solution is to load the center coil with the right load and then add together that with the output? Must test this. Also, I see no problem with introducing a static magnetic field on the input core and switch that field to the output coil. (Permanent magnet added to the input core).

Thanks,
Groundloop.

[argona369]

@tak22,

I really hope there will be more information on this. As far as I see it right now is that the magnet coupling effect IS something in itself!  Think on that for a second. Just a little switch and you can turn on and off a much bigger effect. Just like a transistor but for magnetic fields. I bet that if i put a transistor on the middle coil then I can turn on and off the output in a linear fashion.

Groundloop.

yep,
its called a Mag amp,
magnetic amplifier or
saturable-core reactor.

interesting device.


http://www.answers.com/topic/saturable-reactor?cat=technology
http://www.tpub.com/content/neets/14180/css/14180_140.htm
http://www.geocities.com/aaawelder/reactor.html

[abassign]

@Groundloop

..No, I connected and disconnected the L3 coil. Seems to me that I can loop back approx. 50% of the total power back to the battery. When I open and close the L2 coil I can also see the input going up and down...

This is a property of Saturable reactors, as this PDF attachment explain, In how much, the device, involves as an amplifier for only a half wave. It is possible to get an amplification for all wave varying it electric scheme. As reported in the PDF document.

However it is very interesting, in how much this scheme resembles to a MEG divice. The appropriate use of the switch could certainly produce some spikes.

In this moment, however I don't succeed in understanding the utility of this device to produce OU.