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Signal conditioning Technique for Magnetoelastic Sensors

机译:磁力弹性传感器的信号调节技术

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摘要

Magnetoelastic materials are obtaining an increasing interest in the last few years. Magnetoelastic wave resonant frequency is the sensory parameter generally used to reliably obtain critical information, nevertheless, it was shown that wave amplitude also is very sensitive to measure displacements or magnetic fields. Both parameters, amplitude and resonance frequency could be used as the "sensitive parameter" in no-contact bvibration sensors or stress, flux or magnetic field sensors. To make them advantageous to be used, some problems should be solved: the excitation problem (to induce resonance) and the conversion problem (to transduce frequency or amplitude information into ac onvenient electric sighal); in other works, the signal conditioning problem.
机译:磁力弹性材料在过去几年中获得了越来越多的兴趣。磁力波动波谐振频率是通常用于可靠地获得关键信息的感觉参数,但结果表明,波幅也非常敏感,对测量位移或磁场非常敏感。参数,幅度和谐振频率都可以用作无接触式B型传感器或应力,磁通或磁场传感器中的“敏感参数”。为了使它们有利地使用,应该解决一些问题:激发问题(以诱导共振)和转换问题(将频率或幅度信息转换为交流等级电动静态);在其他作品中,信号调理问题。

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