Is this the first selfrunning overunity motor w/o batteries ? Mike?s motor

[hartiberlin]

P.S: The transistors switch off also at point C.


The trick of the whole motor seems to be, that
he switches between 2 different coils ( coil 2 and coil 3)
which have different induction voltages !
Thus during the compensation of the voltages, when both
coils are parallel the rotor gets a kick through the
higher current ( at point A) and
during point B and C the cap is recharged again
by changing again the configuration of the coils
versus the cap and thus again the cap is recharged
and the voltage jumps at it at point B
and fromPoint B to C the enhanced current also kicks
the rotor again back...
So it is a contant changing of the coils and induction
voltages via these switches and it seems one coil
at least needs to have a much higher induction voltage
and thus a higher turn number.

Regards, Stefan.

[hartiberlin]

This is pretty cool stuff.  I wonder how much power output one of these motor/generator.. things could produce?  You don't think they would only put out enough to power themselves, and themselves only - hopefully not!

Has Mike said how long his motor has ran, has it stopped?

The principle can be scaled up into the KiloWatts or also MegaWatts range !
If we can understand the underlying principle we have found the
way to put a "waterwheel" into the river of the magnetflux so we can tap this
endless energy flow...
As the machine is now built with all its huge airgaps, it is very inefficient.

If we understand the right principle behind it, it  is only a matter of the right engineering
and scale up via computer and finite element simulations and optimizing
the used materials...

The race in on !

Regards, Stefan.

[hartiberlin]

So it is a contant changing of the coils and induction
voltages via these switches and it seems one coil
at least needs to have a much higher induction voltage
and thus a higher turn number.

Regards, Stefan.

Hmm, didn?t Steven Mark say with his TPUs,
that you can put the 3 coils in parallel or serial or other different
combinations

Maybe he is also just constantly switching his coils back and
forth, sometimes in series, sometimes in parallel, so
he always gets these compensations currents which
kick again the inductions up and down

[hartiberlin]

Another help:
If you just superimpose the voltage from
coil 2 onto the upper posted scopeshot of coil 3 you will see,
that at point A and B the voltage just jumps to the level of
the induction voltage of coil 2 !!!

This is the main secret of the motor I guess and
somehow kicks the rotor some more and thus
also enhances again the induction voltage and thus the cap charges up also and the rotor accelerates !

I guess now we know, how this "sucker" works ! :laugh:

Regards, Stefan.

[Charlie_V]

So, you have passive switching (of sorts) between 3 different coils.  Each time you switch it charges the capacitor and only allows current to flow in each coil for a very short amount of time, enough to kick the magnets but not enough to drain the capacitor.  The capacitor is charging faster than its draining.  Do I got the basic picture or am I off? 

Assuming I'm understanding this correctly, if you put a load on the capacitor, that drew more than what was charging, everything would crawl to a halt.  This means there's a window; if you drew limited amounts of power that enabled the capacitor to continue recharging, then you should have power output for as long as the magnet's last (since once their fields are gone everything should stop).  Obviously this is more of a generator than a motor - since putting a load on the axial kills it. 

This is very interesting, especially the fact that this shouldn't degauss the magnets.  Would the energy "pumped" from the capacitor be more than what it took to generate the permanent magnet's field - over the operational life time of the device?  Something tells me it would; the energy stored in a permanent magnet is very small - even for neodymiums.

On a personal note: I still feel my generator will work better, BUT I won't talk about that till its working