Abstract
Torque and levitating force can be generated even if the skew is given to the rotor of the magnetic bearing motor. This phenomenon is confirmed to by Hanyu's research(1). However, it is difficult to control the rotor because of varying torque and levitating force. In this research, analysis is performed with a new model which changed the coercive force of a permanent magnet to 263[kA/m], the rotating current to 0.5[A], the width of the magnet to three times, set the skew angle as 15[deg]. The average torque and the average levitating force increased. However, it seems to be difficult to control the rotor now.
