首页> 外文会议>Conference on Active Materials: Behavior and Mechanics Mar 3-6, 2003 San Diego, California, USA >Electrical and Mechanical Field Interactions of Piezoelectric Systems: Foundation of Smart Structure-based Piezoelectric Sensors Actuators, Piezo-transformers, and Free-fall Sensors
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Electrical and Mechanical Field Interactions of Piezoelectric Systems: Foundation of Smart Structure-based Piezoelectric Sensors Actuators, Piezo-transformers, and Free-fall Sensors

机译:压电系统的电磁场相互作用:基于智能结构的压电传感器和执行器,压电变压器和自由落体传感器的基础

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摘要

A series of new design viewpoints for piezoelectric systems are detailed which integrates a method that can introduce no-phase delay filters into finite structures as well as which extends the distributed sensor concept to the design of traditional point sensors can be shown to expand the design freedom of piezoelectric sensors and actuators. An inertia-based free-fall sensor that can measure the start of free-fall motion as well as a piezoelectric transformer with a voltage conversion efficiency higher than 99% are two of the examples used to demonstrate the wide applicability of these new concepts.
机译:详细介绍了压电系统的一系列新设计观点,这些观点整合了一种可以将无相位延迟滤波器引入有限结构的方法,并且可以将分布式传感器概念扩展到传统点传感器的设计中,从而扩大了设计自由度。压电传感器和执行器。可以测量自由落体运动开始的基于惯性的自由落体传感器以及电压转换效率高于99%的压电变压器是两个用于证明这些新概念广泛应用的示例。

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