电子设备机电耦合模型及其应用

Congsi Wang, B. Duan
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引用次数: 4

摘要

电子设备的快速发展使机电耦合问题的研究成为一个新的研究领域。机电耦合分析是一个多学科问题,主要涉及结构、电磁学和热学。首先,给出了电磁cp中涉及的三个场的计算方法,然后给出了耦合关系。然后,建立了典型电子设备的机电耦合建模,包括反射面天线、平面开槽天线、有源相控阵天线和高密度封装系统。同时,讨论了机电耦合模型的工程应用,并给出了有效的结果来验证所提出的耦合模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Electromechanical coupling model of electronic equipment and its applications
The rapid development of electronic equipment makes the study on electromechanical coupling problem (EMCP) a new research area. The electromechanical coupling analysis is a multidisciplinary problem mainly involving the structure, electromagnetics and thermology. To begin with, the methods of calculating three fields are presented involved in EMCP, which is followed by the coupling relation. Then, the electromechanical coupling modeling is developed of the typical electronic equipment including the reflector antenna, planar slotted antenna, active phased array antenna, and high-density packaging system. Simultaneously, the engineering applications of the electromechanical coupling model are discussed with useful results to validate the coupling model proposed.
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