一种用于电磁场和b场检测的耦合非线性电路

B. Andò, S. Baglio, A. Beninato, C. Jenkins, A. Bulsara, T. Emery, V. Palkar
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引用次数: 0

摘要

多铁性材料由于其电序和磁序之间的耦合而成为一类非常有吸引力的材料。最近的一篇论文证明了BDFO薄膜具有良好的磁电耦合。基于这种特性,多铁复合材料可以成功地用于实现电场和磁场传感器。本工作报告了用薄层BDFO实现e场和b场传感器的两种不同方法。第一种方法表明单个多铁性器件可以用作传感器,而第二种方法利用由三个多铁性器件组成的耦合系统。给出了多铁性器件模型,并给出了仿真电路。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A coupled nonlinear circuit for E-field and B-field detection
Multiferroic materials represent a very attractive class of materials due to the coupling between their electric and magnetic orders. A recent paper has demonstrated that a thin film of BDFO shows a good magnetoelectric coupling. Based on such a peculiarity, multiferroic composites can be successfully used to realize sensors of both electric and magnetic fields. This work reports two different ways to realize an E-field and B-field sensor with a thin layer of BDFO. The first approach shows as a single multiferroic device can be used as sensor, while the second approach exploits a coupled system made by three multiferroic devices. The multiferroic device models are presented together with the electronic circuits used in the simulations.
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