A multiphase electrical machine uses auxiliary windings and switches to convert six-phase AC power into three-phase motoring capability.
A rotary electrical machine uses a movable stator portion to vary magnetic flux linkage and control output characteristics.
Arcuate wire receipt surfaces support generator end windings radially, eliminating the bow string effect that causes wire fatigue under high radial loads.
A composite bus bar with beryllium copper and copper layers resists centrifugal forces and vibration in generator rotor rectifier assemblies.
Segmented rotor winding units with series-connected subcoils reduce induced electromotive force to resolve poor commutation performance.
Tubular short-circuiting member redirects magnetic flux radially to stator, minimizing axial components that cause AC copper loss in armature coil.
A dynamoelectric rotor design mounts a resin bobbin so its output wire securing portion contacts claw-shaped magnetic pole portions.