Electricity Amplification by Neo Magnet

[e2matrix]

Saw this thread in a reference from the TPU thread (what we know so far).  I was thinking about what would happen with this concept if you sort of combined the Imhotep device that uses a relay, diode and neon bulb to charge a battery (which puts out high voltage pulses to the battery) but if instead you were able to put magnets where the relay contacts are so they would oscillate between the 2 output points and go into a cap.  Not sure if that's clear but imagine a relay with the center contact using small neo's that bounce between the other 2 contacts rapidly. 

[tarakan]

May I see a photograph of the Neodym magnet oscillator so I can try to replicate it, please.

[tarakan]

May I please have some more information about the construction of this device?

[gotoluc]

May I see a photograph of the Neodym magnet oscillator so I can try to replicate it, please.

Hello tarakan

this topic has 8 pages of information. You can click on each page to read.

This link will give you the best drawing of a test circuit: http://www.overunity.com/4124/electricity-amplification-by-neo-magnet/msg108477/#msg108477

The mechanics of this effect is, as soon as a thin single strand of copper wire touches the neo magnet the electromagnetic field that is created around the wire repels the wire away from the neo magnet (if polarity is correct). So it breaks the contact for a short moment but then returns since the wire springs back and keeps doing the same thing. So it's basically a mechanical oscillation switch. The frequency can be changed if the wire is shorter and or more pressure is applied to the thin copper wire.
The Nickel coating on the neo makes a good conductor but if too much current goes through the wire it will burn the wire and or the Nickel coating on the magnet and you will loose conductivity.

The effect is no more then that.

Luc

[tarakan]

THANK YOU
I read the forum but I was not sure about the conclusion of the "test".


A copper wire mechanically makes and breaks the circuit.
If this is the case, I am not really interested in this setup.