Negative Inductance and measure of Magnetic force.

[synchro1]

well. I'll try.

p.s. And the ripple does not crawl from your power supply?
Is the voltage filtered well?

A crystal could replicate any "Hetrodyne" effect from the transformer. The critical point is that the oscillation dies off without the magnets attached! It wouldn't cost anything to feed the electromagnet an oscillating signal. The signal is not oscillating the stator. Take away the magnets and the force of the oscillation vanishes!


When we add magnets and reinforce any oscillation, including A.C., it does nothing to increase the consumption of power required by the electromagnet to maintain it's own field.

[synchro1]

Let's say we place 2 cube magnets in opposition polarity on the legs of a Washtub stator then run a milliamp A. C. current into the coils?

We will see more power from a "Bloch Wall" oscillation then inputted. Remove the magnets and the electrical input would be completely force less. The cost to oscillate the Spring by electrical power without the magnets with a force equal to the magnets would equal the gain. The gain can be out putted through a linked stator and secondary coils.

[synchro1]

this kind of a.c. transformer can deliver lower voltage ac.

[kolbacict]

I see the inscription 15 volts AC. Where does the direct current come from?

[kolbacict]

On a direct current it did not work for me. But on a variable, a really permanent magnet gives an increase in vibrations. If you use alternating current in the coil.