一种利用PVDF压电薄膜的单极超声脉冲发生器

F. Zheng, Y. Zhang, Z. Xia
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引用次数: 1

摘要

本文提出了一种由阶跃函数电压驱动且时间快速下降的单极子超声脉冲发生器。认为PVDF压电薄膜换能器的厚度、阶跃函数电压的下降时间、衬底和声传播介质的形状决定了超声波的波形和脉冲宽度。该脉冲发生器适用于测量固体介质中的空间电荷分布,其压力脉冲宽度约为50ns。它也适用于其他应用,如超声医学诊断。这些结果都是通过应用于空间电荷研究的压电-压力波传播(Pressure Wave Propagation)测量系统获得的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A monopole ultrasonic pulse generator using PVDF piezoelectric film
In this paper, a monopole ultrasonic pulse generator driven by a step-function voltage with a fast falling time is presented. We consider that the waveform and the pulse width of the ultrasonic is decided by the thickness of PVDF piezoelectric film transducer, the falling time of step-function voltage, the backing and the shape of acoustic propagation medium. The pulse generator is suitable to use for measuring the space charge distribution in solid dielectric, the width of pressure pulse is about 50 ns. It is also suitable for the other applications, e.g., the ultrasonic medical diagnosis. All these results are acquired through the piezo-PWP (Pressure Wave Propagation) measuring system applied for the study of space charge.
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