New youtube of magnet/coil "perpetual motion"

[Paul-R]

Interesting ideas, Hugo. Why do people waste our time like that? It is bizarre.

I had a feeling that the answer lay in the time constant of the LR circuit. i.e. it takes time
for the voltage to build up (I reckon this affects the Imhotep relay idea). But, of course,
both the driving effect and the Lenz reactuion would be similarly affected.
Paul.

[lumen]

Build your own over-unity generator. Inverse lenz's law?

[pinestone]

I think you guys have missed the simplicity of this thing.

The little fan is being used as a DC generator. As it spins, the output is fed into a diode, and stored in a large electrolytic capacitor. The current from the capacitor runs through one winding of the coil and into the collector of an NPN transistor.

The second winding on the coil is fed into another diode and into the base of the transistor. This part of the circuit is what 'turns on' the transistor. As the magnet approaches the coil, it induces current into the base, then the transistor conducts, allowing the collector current to flow through the first winding (from stored capacitor) providing a 'kick' which repels the magnet.

Polarity of the coils and placement of the magnets would be critical, and some experimenting will be necessary to get the timing & polarity right.

diagram: http://www.nanomagnetics.us/projects/perpetual%20motor/perpetual.jpg

[Cap-Z-ro]

That looks impressive to me...thanks pinestone.

Regards...

[shubhamforme]

I think you guys have missed the simplicity of this thing.

The little fan is being used as a DC generator. As it spins, the output is fed into a diode, and stored in a large electrolytic capacitor. The current from the capacitor runs through one winding of the coil and into the collector of an NPN transistor.

The second winding on the coil is fed into another diode and into the base of the transistor. This part of the circuit is what 'turns on' the transistor. As the magnet approaches the coil, it induces current into the base, then the transistor conducts, allowing the collector current to flow through the first winding (from stored capacitor) providing a 'kick' which repels the magnet.

Polarity of the coils and placement of the magnets would be critical, and some experimenting will be necessary to get the timing & polarity right.

diagram: http://www.nanomagnetics.us/projects/perpetual%20motor/perpetual.jpg

hello there....
i have seen the circuit here---
http://www.nanomagnetics.us/projects/perpetual%20motor/perpetual.jpg
does this works ...
because  i have tried other ones and they didn't worked....
also how can we use a fan to power this??
please explain.... can i use a small 12v dc computer brushless fan in this circuit??
kindly explain
thanks
shubham