Negative Inductance and measure of Magnetic force.

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This video shows a very powerful levitating Neo magnet disk assembled from individual pie segments. A magnet form like this could easily be 3D printed. The advantage is that there is really no limit to the size or power this kind of magnet form can be enlarged to.

https://www.youtube.com/watch?v=y51rrBmepMw

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The "Reed Switch Commutator" only needs to latch on one side. The power switch can simply make a brief contact. It takes only a spilt second to separate the attraction fields, but the output is dependent on a time lapse oscillation. This amounts to a very simple adjustment of the power pulse biasing magnet.


https://www.youtube.com/watch?v=XXkJ07jkaOM

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I bought several "Relay Timer Circuits" I believe will work bettor then the D.C. commutator fan.

Two normally open, timed to close (NOTC) "Timer Relays" should work fine triggered by a 6 second per turn microwave carousel motor with one trigger magnet attached. A Reed switch would then trigger the two "Relay Timers" together. One "Relay Timer" would power the masking coil briefly for 1 second, then the second "Relay timer" would wait 2 seconds then turn on for 3 seconds to channel the output to storage. This would create a one second gap for the BEMF to bleed off and not cancel any output. I'll upload a video of this soon.

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In this video, we see the "Timer Relays" and the 3 RPM commutator lighting an LED:

https://www.youtube.com/watch?v=BfvZGz_H77A

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Here's a pictute of the carousel trigger magnet motor mounted inside the D.C. fan frame. This will produce 10 seconds of latched "Reed Switch" power on each side, either simultaneously or in series. The four reed switch leads connect to the timer switches:

Here's a good video on the functioning of "Timer Relays":

https://www.youtube.com/watch?v=71LzzUukFhE&t=112s