Negative Inductance and measure of Magnetic force.

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My preliminary tests with backing magnets and "E" cores failed to work correctly because of overlapping the field polarity of the backing magnet on the wrong stator legs. I solved that problem: The backing magnets need stronger positioning to cleanly delineate the leg polarity, and sufficient strength to compress springs between the opposing stator's attraction fields.

The stronger "Backspike" stores it's energy in the Springs. The weaker repulsion pulse merely has the power to neutralize the PM attraction.

This generator should easily self loop to a Microwave capacitor between the power source (24v) and the twin stator oscillator through a recovery diode. A "Field Effect Transistor" or MOSFET can run it silent and vibrationless.

I'm scheduled to pick my transformers up this afternoon.

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Here is a video of an attraction demonstration between two Microwave Transformers from a pair of Neo Discs:

https://www.youtube.com/watch?v=-eblTzGHnbY

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Here's the cross on a smaller experimental "E" core: The perpendicular positioning of the central leg pole is strengthened. The outer leg magnets are in opposition polarity. The coil generates most of is force in toward the center:


The split poles are half the strength. This configuration doubles the magnets on the central leg!

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Interesting oscillatory effect:


https://www.youtube.com/watch?v=Qxw-Qr0l0r8

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Four Neo cubes polarize the middle leg with a North Pole from two directions. Two Neo cubes on each end polarize the end legs with a South Pole.


The "E" core splits one pole to the two ends. They are 1/2 the strength of the central leg; Therefore the middle leg needs twice the permanent magnet force. This configuration solves the problem.


Spring tension is the only remaining obstacle!