Hi Dave,
thanks for sharing the results of your hard work. I've been quietly working in the background on my version of a generator in trying to get similar results. Improving but not there yet.
I've been playing with the number of magnets (neos) and orientation, for instance all N on one rotor and S on the other, or N-S arrangements, from 2 to 8 magnets per rotor, gap, closed loop, open loop (rotors are magnetically conductive iron) and a bunch of other things. Attached is a picture. The housing is big compared to the rotor as I salvaged it from a muller type setup.
I was wondering if you could answer a few questions:
It seems to me you have magnets on one side of the coil only, correct?
Neos or ceramic?
NSNSNS arrangement?
What kind of open voltage do you get when the coil is unloaded?
thanks,
Mario
thanks for sharing the results of your hard work. I've been quietly working in the background on my version of a generator in trying to get similar results. Improving but not there yet.
I've been playing with the number of magnets (neos) and orientation, for instance all N on one rotor and S on the other, or N-S arrangements, from 2 to 8 magnets per rotor, gap, closed loop, open loop (rotors are magnetically conductive iron) and a bunch of other things. Attached is a picture. The housing is big compared to the rotor as I salvaged it from a muller type setup.
I was wondering if you could answer a few questions:
It seems to me you have magnets on one side of the coil only, correct?
Neos or ceramic?
NSNSNS arrangement?
What kind of open voltage do you get when the coil is unloaded?
thanks,
Mario
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