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Resonant sensors for wireless pressure monitoring realized in LTCC-technology

机译:LTCC技术实现了用于无线压力监测的谐振传感器

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The purpose of this paper is to demonstrate influence of material properties and fabrication technique on the performance of embedded pressure sensors. Three different wireless pressure sensors, operating in the MHz, based on a passive wireless inductor-capacitor resonant circuit are designed and fabricated in the LTCC technology. The first design of sensor where sensor membranes are formed as a sandwich composition comprising electrode layers which are placed between two dielectric tapes can be found suitable for applications in chemically aggressive environments. The second pressure sensor realization was designed to meet the requirements of higher sensitivity. The last sensor design was realized with intention to minimize overall sensor dimension. Obtained results show good agreement with foreseen expectations.
机译:本文的目的是演示材料特性和制造技术对嵌入式压力传感器性能的影响。基于LTCC技术,设计和制造了三种基于无源无线电感器-电容器谐振电路的,工作在MHz的不同无线压力传感器。可以发现传感器的第一种设计适用于化学侵蚀性环境中,在该传感器膜中,传感器膜形成为包含置于两个介电带之间的电极层的三明治组合物。第二个压力传感器实现旨在满足更高灵敏度的要求。最后的传感器设计是为了最小化传感器的整体尺寸而实现的。获得的结果表明与预期的预期吻合良好。

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