1996Japanese Journal of Applied PhysicsOpen access

Design of a Cylindrical Ultrasonic Micromotor to Obtain Mechanical Output

Takeshi Morita, Minoru Kurosawa, Toshiro Higuchi

Open full text 45 citations

Abstract

A cylindrical ultrasonic micromotor has been demonstrated and the operating principle has been confirmed. The stator transducer in this motor was 2.4 mm in diameter, 10 mm long and 0.25 mm thick. One advantage of the ultrasonic micromotor is the possibility of high torque. However, the previous motor was only used to rotate the tiny screw which was used as a rotor. We presents a method of improving the efficiency of this ultrasonic micromotor and the results obtained.

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What this paper is about

A cylindrical ultrasonic micromotor has been demonstrated and the operating principle has been confirmed. The stator transducer in this motor was 2.4 mm in diameter, 10 mm long and 0.25 mm thick. One advantage of the ultrasonic micromotor is the possibility of high torque. However, the previous motor was only used to rotate the tiny screw which was used as a rotor. We presents a method of improving the efficiency of this ultrasonic micromotor and the results obtained.

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Available abstract

A cylindrical ultrasonic micromotor has been demonstrated and the operating principle has been confirmed. The stator transducer in this motor was 2.4 mm in diameter, 10 mm long and 0.25 mm thick. One advantage of the ultrasonic micromotor is the possibility of high torque. However, the previous motor was only used to rotate the tiny screw which was used as a rotor. We presents a method of improving the efficiency of this ultrasonic micromotor and the results obtained.

Key concepts: Ultrasonic motor, Stator, Ultrasonic sensor, Rotor (electric), Acoustics, Transducer, Torque, Materials science

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