From Wikipedia, the free encyclopedia

This article would benefit from an illustration and/or explanation of the sinusoidally distributed stator windings in a brushless AC motor.

Brushless motors running on DC

It is a simple fact that a brushless motor requires alternating current in order to turn. It must either have a permanent magnet armature, or a self-excited armature like an induction motor.

While it is possible that the drive electronics are integrated into the motor, making it a *DC powered motor system*, this is not relevant to the discussion about motors.

I've removed the unsupported statement about brushless motors running on direct current. Thomasonline ( talk) 07:55, 30 January 2015 (UTC) reply

From Wikipedia, the free encyclopedia

This article would benefit from an illustration and/or explanation of the sinusoidally distributed stator windings in a brushless AC motor.

Brushless motors running on DC

It is a simple fact that a brushless motor requires alternating current in order to turn. It must either have a permanent magnet armature, or a self-excited armature like an induction motor.

While it is possible that the drive electronics are integrated into the motor, making it a *DC powered motor system*, this is not relevant to the discussion about motors.

I've removed the unsupported statement about brushless motors running on direct current. Thomasonline ( talk) 07:55, 30 January 2015 (UTC) reply


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