Mervace Working Magnetic motor using induction feedback

[gyulasun]

Here is how it probably works.

Look at the attached picture. (You must be logged into the forum)

The magnet, when it approches the coil is attracted to the coil,
as the reed switch is closed and the generated current is into this
direction, that it supports the attraction of the magnet !
This is the Anti-Lenz opportunity of the Adams motor which we discussed
a few years back also with Greg Watson, if somebody still remembers this!
This is for sure, the shortcircuited current attracts the magnet and accelerates it
into the direction of the iron core.

Hi Stefan,

I am puzzled by why a short circuited coil is able to attract an approaching magnet?
So far whenever I placed a short circuited coil near to a rotating magnet, Lenz law always reduced the speed of the magnet's rotation... 
Would you (or someone else here) mind explaining briefly this case?

Many thanks,
Gyula

[MeggerMan]

Hi All,
I tried moving a ceramic 8 magnet over a 1000uF 100v capacitor and there is a small amount of current but you are talking a couple of uA.
I also tried a length of twisted wire and even on the lowest scale I could barely see any reading in the uV scale.

One thing I did notice was that the capacitor slowly builds a small voltage if connected to a volt meter.
In about a minute or two it rises from zero to about 500mV.

Hi Mervace,
Nice motor.
Can you post a circuit diagram with component values.

The one thing that puzzles me and everyone else is to what triggers the pulse in the coil.
Why does the rotation speed not increase or is it air friction keeping the speed low?

Regards

Rob

[pucella]

If this circut is OU . we need energy source . All Tesla OU have antena (like his electrical car)
this twisted cables could by just antena.
Best George

[allcanadian]

Im going to have to rebuild my adams motor I think,and see what harti's circuit does for it. I started a thread in pulse motors as I don't like off topics in threads either. Harti could you send your pics to pulse motors/adams revised for reference?

So where the hell is Merv?

[hartiberlin]

Here is the circuit broken up into 2 parts:

case 1 and case 2

case 1 is the approaching magnet inducing a voltage into the coil and
as the reed switch is always closed this is producing a current i(t)
inside the coil that is flowing  from top to bottom through the coil.

case 2 is the case, when the magnet is top dead center and the reed switch
opens for a few milliseconds and then the coil voltage reverses and the current also
reverses in this case and flows from bottom to top inside the coil.
This way also the magnet field of the coil reverses and kicks the magnet away.

When the magnet is a few degrees away after top dead center the reed switch is
closing again and shorts the rest of the Back EMF voltage so the magnet is eaven
more kicked away as the current rises in this case again.

The LED keeps the cap not discharged in this case and can deliver its charge to the load resistor
RLoad where a current i2(t) is flowing then.