Hi garry, thanks for sharing.
I made a drawing of the coils and marked off the polarities and it does seem when using the 2 rotors, a magnet rotor on each side of partnered coils, that when the magnets induce into the coils, it should cancel lenz electrically at least.
How it pans out in reality with the induced fields being integral in the coils, is another matter.
Though it may help give the motor more speed as you say, by reducing to some degree the generator action at certain phases of magnet to coil interaction.
Though one coil must definitely be wound the other direction, so that the input magnetic fields do not cancel.
What i see in my sketch, is the rotor magnet induced magnetic fields are not bucking, though the rotor magnet induced electric polarities are bucking, like two equal voltage batteries in parallel.
peace love light
I made a drawing of the coils and marked off the polarities and it does seem when using the 2 rotors, a magnet rotor on each side of partnered coils, that when the magnets induce into the coils, it should cancel lenz electrically at least.
How it pans out in reality with the induced fields being integral in the coils, is another matter.
Though it may help give the motor more speed as you say, by reducing to some degree the generator action at certain phases of magnet to coil interaction.
Though one coil must definitely be wound the other direction, so that the input magnetic fields do not cancel.
What i see in my sketch, is the rotor magnet induced magnetic fields are not bucking, though the rotor magnet induced electric polarities are bucking, like two equal voltage batteries in parallel.
peace love light
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