seeing as i know too little about any of this stuff its a struggle to analyze things and i'm probably wrong most of the time.
in an asymmetrical 3-pole UFO motor during the generator portion of the cycle it has just occurred to me that perhaps generation is exactly what is happening.
possibly the earlier motor designs in this thread are performing fairly standard operations of typical DC motors while during the off times they are basically similar to DC generators.
instead of capturing field collapse out of the generator brushes we are merely extracting power that is generated during the armature coils off time as it passes between the field magnets. this holds true for all numbers of poles where magnets are used to create the external field.
to rectify this perhaps the easiest solution is to run a typical universal motor on pulsed DC. Diodes can still be used to separate the spikes. During pulse off time all the coils both armature and stator are either collapsing or idle.
Just as a universal motor is rotationally powered in one direction no matter what the state of the input electrical phase is when such a universal motor is run on pulsed DC the same will apply. ie: it will be rotationally powered in a single direction during an on pulse or during field collapse/spike.
again i may be completely wrong about the above thoughts.
in an asymmetrical 3-pole UFO motor during the generator portion of the cycle it has just occurred to me that perhaps generation is exactly what is happening.
possibly the earlier motor designs in this thread are performing fairly standard operations of typical DC motors while during the off times they are basically similar to DC generators.
instead of capturing field collapse out of the generator brushes we are merely extracting power that is generated during the armature coils off time as it passes between the field magnets. this holds true for all numbers of poles where magnets are used to create the external field.
to rectify this perhaps the easiest solution is to run a typical universal motor on pulsed DC. Diodes can still be used to separate the spikes. During pulse off time all the coils both armature and stator are either collapsing or idle.
Just as a universal motor is rotationally powered in one direction no matter what the state of the input electrical phase is when such a universal motor is run on pulsed DC the same will apply. ie: it will be rotationally powered in a single direction during an on pulse or during field collapse/spike.
again i may be completely wrong about the above thoughts.
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