To achieve a motor which is more highly efficient than the existing one with respect to a synchronous motor using a permanent magnet.

An armature of the motor is not configured in a conventional integrated type but is separated into three to have armatures for respective three phases, and a positional deviation is given to a magnetic pole of each phase armature, so that a force of field pole naturally absorbing the magnetic pole of the armature is efficiently used to reduce a driving power. Also, this structure reduces copper wire loss, core loss and magnetic loss to achieve a very highly efficient motor.