Partnered Output Coils - Free Energy

[John.K1]

Mark,  the question is than , how can you get so enough of current to lit (blink) a diode when you simply open the loop? Why is it non magnetic after opening the loop?

This video is there for while but still very interesting. Just configuration of two switches and the result depends on its order of switching.  Take a look :

  https://www.youtube.com/watch?v=VDg5MaeSh-8

[ramset]

Scope delivery Update
just had the first actual verification of a delivery schedule from TE [supplier],  a container with several hundred units is on its way to their shipping terminal in PA. USA


orders which were placed in February will be filled when they receive this container.


She mentioned 5-7 days until shipping to customers.


Chet

[MarkE]

Mark,  the question is than , how can you get so enough of current to lit (blink) a diode when you simply open the loop? Why is it non magnetic after opening the loop?

This video is there for while but still very interesting. Just configuration of two switches and the result depends on its order of switching.  Take a look :

  https://www.youtube.com/watch?v=VDg5MaeSh-8

You input mechanical work to open the reluctance gap.  The amount of energy depends on the remnant magnetization flux and the volume of the structure.

For the diagram supplied, the initial arrangement opens and closes K1, the AC source supply. When the power is turned off, the coil rings with the capacitor bank, alternating the field at lower and lower amplitude until the stored energy dissipates in the circuit resistance and the electromagnet / capacitor combination is a degausser.  When the K2 switch is opened, the field in the coil falls back to zero but never reverses, leaving the file magnetized.

[John.K1]

Thanks MarkE. It is giving sense.

[synchro1]

Nothing is moving in the holder, so "perpetual motion" is a misnomer.  There is remnant magnetization of the soft magnetic material.

@MarkE,

Where's the proof?

"The Perpetual Motion Holder is a completed circuit that allows the individual magnets to polarize (move in opposite directions) into two individual currents.  They orbit the PMH in opposition to each other indefinitely — not going around one another, but screwing through one another".

Here's a video:

https://www.youtube.com/watch?v=Uurpts6ZFmo