Tinman's coil shorting circuit

[Jimboot]

or not

[gotoluc]

Getting closer, I think I just need to make the shorting circuit.

https://www.youtube.com/watch?v=hRoL9-j0k8U

Luc

[synchro1]

@Erfinder,

These two videos may help answer your question:

Coil shorting by Woopyjump:

https://www.youtube.com/watch?v=K5BxwkvCaIg

Shorted coil speed up by Doug Konzen:

https://www.youtube.com/watch?v=uaaEdGPO7C8

Shorting Konzen's magnet backed ferrite core coil at TDC would generate Woopyjump's voltage spike and propel the rotor with additional force from a GAP effect!

Here're the two effects (loosely) combined by kEhYo:

https://www.youtube.com/watch?v=9UlwdLXO3AI

[synchro1]

kEhYo's ferrite core backing magnets are in attraction to the rotor magnet. At TDC the coil energizes to mask the attraction and allow the rotor magnet to pass. While the coil is energized, I believe kEyHo begins to interrupt the power with a long series of mini shorts, sending the power spikes back to a storage capacitor. The DMM in the video appears to read the voltage on this shorted coil capacitor.

This is not exactly what I described above, but interesting nevertheless. Use your imagination and you may find a key to help understand how Tinman has perhaps achieved Overunity.

I sent kEhYo77 a personal message and asked him to look at my comments to make sure I'm not misrepresenting his work.

[kEhYo77]

Hi synchro1

In my shorting video

A Hall sensor triggers a MOSFET transistor to activate the driving coil in attraction mode to the rotor. The stack of magnets behind the driving coil is in opposition to the rotor.
When the driving transistor shuts off, the magnetic field from this stack pushes the rotor away from the TDC. When there is no power applied the rotor is affected by cogging only a little as the stack of magnets is pushing away while the iron/magnetite cores of the generator coils pull to the TDC. The rotor consists of 6 neodymium permanent magnets (N50), of which all the poles are oriented with their NNNNNN outwards.


Two generator coils that are connected in parallel are being shorted constantly many times per cycle using two MOSFET transistors connected source to source with bypassing diodes. This pair is being driven from a small variable frequency/pulse width square wave signal generator/MOSFET driver.
Two neon bulbs are connected across the generator coil pair being shorted and the meter reads rectified pulse DC (no cap).


There are moments when the neons put out quite a light show of purple flashes there and that is where the magic happens, at TDC.