ABSTRACT Piezoelectric actuators have attractive operating properties because they do not generate electromagnetic fields and are not affected by them, and their power output characteristics scale linearly with decreasing size. These actuators have not see
ABSTRACT: A new geometrically unique ultrasonic motor (USM) was designed, prototyped, and tested. US...
Ultrasonic motors are characterized by low speed and high-torque operation, without the need for ge...
Piezoelectric Ultrasonic motors (USM) are based on the principle of converse piezoelectric effect i....
This report describes development of micro-fabricated piezoelectric ultrasonic motors and bulk-cera...
Resonant ultrasonic motors are distinguished from other driving technologies by a unique combination...
Piezo-electric motors have been successfully developed for various applications like autofocus drive...
Actuators are used to drive all active mechanisms including machines, robots, and manipulators to na...
Piezoelectric bimorph actuators, as opposed to rotary electric motors, have been suggested as an act...
Piezoelectric bimorph actuators, as opposed to rotary electric motors, have been suggested as an act...
Piezoelectric bimorph actuators, as opposed to rotary electric motors, have been suggested as an act...
Ultrasonic motors are characterized by low speed and high-torque operation, without the need for ge...
Linear ultrasonic motors (LUSMs) are a type of piezoelectric actuator that can achieve closed-loop p...
Linear ultrasonic motors (LUSMs) are a type of piezoelectric actuator that can achieve closed-loop p...
Electric motors are widely used in all kinds of engineering applications nowadays. Conventional moto...
ABSTRACT: A new geometrically unique ultrasonic motor (USM) was designed, prototyped, and tested. US...
ABSTRACT: A new geometrically unique ultrasonic motor (USM) was designed, prototyped, and tested. US...
Ultrasonic motors are characterized by low speed and high-torque operation, without the need for ge...
Piezoelectric Ultrasonic motors (USM) are based on the principle of converse piezoelectric effect i....
This report describes development of micro-fabricated piezoelectric ultrasonic motors and bulk-cera...
Resonant ultrasonic motors are distinguished from other driving technologies by a unique combination...
Piezo-electric motors have been successfully developed for various applications like autofocus drive...
Actuators are used to drive all active mechanisms including machines, robots, and manipulators to na...
Piezoelectric bimorph actuators, as opposed to rotary electric motors, have been suggested as an act...
Piezoelectric bimorph actuators, as opposed to rotary electric motors, have been suggested as an act...
Piezoelectric bimorph actuators, as opposed to rotary electric motors, have been suggested as an act...
Ultrasonic motors are characterized by low speed and high-torque operation, without the need for ge...
Linear ultrasonic motors (LUSMs) are a type of piezoelectric actuator that can achieve closed-loop p...
Linear ultrasonic motors (LUSMs) are a type of piezoelectric actuator that can achieve closed-loop p...
Electric motors are widely used in all kinds of engineering applications nowadays. Conventional moto...
ABSTRACT: A new geometrically unique ultrasonic motor (USM) was designed, prototyped, and tested. US...
ABSTRACT: A new geometrically unique ultrasonic motor (USM) was designed, prototyped, and tested. US...
Ultrasonic motors are characterized by low speed and high-torque operation, without the need for ge...
Piezoelectric Ultrasonic motors (USM) are based on the principle of converse piezoelectric effect i....