2011Advanced materials researchOpen access

Research of a Piezoelectric Driving Linear Movement Device

Hong Xiang Wang, Jing Hu, Yuan Yuan, Qing He

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Abstract

This paper presents a vibrator of linear standing wave ultrasonic driving. The driving vibrator works with in-plane bending vibration modes and the vibrator structure which contacts with the guide on both sides is long ring and increases driving force . Based on mode analysis, the working principle of long ring vibrator is analyzed. The vibrator of linear standing wave ultrasonic driving is developed, which has been tested and analyzed. The experimental results further verify the correctness of the theory analysis.

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What this paper is about

This paper presents a vibrator of linear standing wave ultrasonic driving. The driving vibrator works with in-plane bending vibration modes and the vibrator structure which contacts with the guide on both sides is long ring and increases driving force . Based on mode analysis, the working principle of long ring vibrator is analyzed. The vibrator of linear standing wave ultrasonic driving is developed, which has been tested and analyzed. The experimental results further verify the correctness of the theory analysis.

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Available abstract

This paper presents a vibrator of linear standing wave ultrasonic driving. The driving vibrator works with in-plane bending vibration modes and the vibrator structure which contacts with the guide on both sides is long ring and increases driving force . Based on mode analysis, the working principle of long ring vibrator is analyzed. The vibrator of linear standing wave ultrasonic driving is developed, which has been tested and analyzed. The experimental results further verify the correctness of the theory analysis.

Key concepts: Vibrator (electronic), Acoustics, Vibration, Piezoelectricity, Ultrasonic sensor, Bending, Plane (geometry), Seismic vibrator

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