Author Topic: question on north and south poles and rotors (Read 3065 times)

mcorrade · « **on:** March 10, 2008, 09:55:33 PM »

Is it necessary to have the magnet poles on a rotor alternate between N and S poles when running this rotor over a coil in order to produce and electrical current or can the poles be all North facing the coil?

thanks,
mike

Feynman · « **Reply #1 on:** March 10, 2008, 10:07:48 PM »

I think they can all be north (or south). I believe this is called a monopole motor. Many of Bedini's systems are like this. Bedini motors recapture charge via radiant energy, so I'm not sure if I answered your question if a monopole can induce current, that I do not know.

Here is a monopole motor.

(http://simplemotor.com/images/HEMotor-1.gif)

Perhaps someone experienced with AC/DC motors can comment on flux, current, and polarity ?

mcorrade · « **Reply #2 on:** March 10, 2008, 10:53:39 PM »

thanks for the reply. I know this but I guess i didn't ask the question correctly. I'm more concerned with secondary coils and rotor system that aren't pulsed. More of a magnet generator type of setup where the rotor is spun other than from a charged coil. In a set up like that should the poles be alternating or could they all be the same and if both are ok which will provide more AC current?

thanks

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Author Topic: question on north and south poles and rotors (Read 3065 times)

mcorrade

question on north and south poles and rotors

Feynman

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mcorrade

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