Solid State Orbo System

[gotoluc]

Luc,

I managed to get the big Neo out of my Metglas core without much damage
to the core. So now I have something to test your idea on. :-)

Alex.

That's great Alex

I think the best way to find how much PM flux a core can take is to start with small (thin) neo magnets and add one at a time and use DC to coils and very slowly raise the voltage so not to pass the sweet spot as you can see in my video test 2 just half a volt over and the effect reverses

It is not as easy as one may think ... most of this stuff isn't

Glad you will be testing this also.

Luc

[Groundloop]

Luc,

Yes I understand you. Now that I got rid of the strong Neo then I can
try out many different magnet strength. Have to rewind the coils first, though.

Alex.

[Magluvin]

Ok  well on my way to the shop I had thought of a few things and my design changed slightly. I see magnetic fields of 1 pole seeking the shortest path to the other, just as the pic that Bruce posted above, even if it is an opposite pole of another magnet. So I thought that just a toroid between 2 mags may not make enough of a change when applying the toroid pulse. The magnets fields would sure be attracted through the un energized core, but when it becomes invisible (energized) some field is still flowing through that area. We want to find another shortest path to the opposite pole, well here is my answer to that.

Magluvin

[Magluvin]

The way I look at it, It will be switching the magnetic path from inside the green coil wrapped ferrite bead, then when the red wire is powered, the magnets will look for the shortest path through the outside core. Then when red wire is de energized, the magnet will choose the shortest path again. This should give good output by switching flux flow from inside the green coil to the outside causing ac output.

Mags

[Groundloop]

@Magluvin,

Very good work done. Looking forward to your testing.

Alex.