射频MEMS的电磁建模

L. Vietzorreck
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引用次数: 14

摘要

射频MEMS电路和元件的建模是一个重要的问题,因为通过在技术实现之前对结构进行适当的建模和优化,可以减少生产周期的时间。RF MEMS一般是三维结构器件,可以用所有常见的设计和仿真工具进行分析。另一方面,几何尺寸从一微米到几毫米不等,产生的纵横比使得器件的精确全波特性非常具有挑战性。此外,对于小尺寸的材料参数,如导体损耗,粗糙度等。扮演着重要的角色,必须在仔细的分析中加以考虑。在这篇文章中,将简要概述现有的建模工具,适用于RF MEMS的分析。将讨论建模策略和模拟的关键方面
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EM Modeling of RF MEMS
The modeling of RF MEMS circuits and components is an important issue, as by proper modeling and optimization of a structure prior to the technological realization the time for a production cycle can be reduced. RF MEMS are in general three-dimensional structured devices, which can be analyzed with all common design and simulation tools. On the other hand the geometrical dimensions, varying from a fraction of a micron to several millimeters, create aspect ratios that make the accurate full wave characterization of the device very challenging. Moreover, for small dimensions material parameters like conductor loss, roughness etc. Play an important role and have to be considered in a careful analysis. In this contribution a short overview over existing modeling tools, suitable for the analysis of RF MEMS will be given. Modeling strategies and critical aspects of the simulations will be discussed
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Front Matter: Volume 12072 Front Matter: Volume 12073 Multi-Energy Domain Modeling of Microdevices: Virtual Prototyping by Predictive Simulation A Monte Carlo Investigation of Nanocrystal Memory Reliability Difficulties on the estimation of the thermal structure function from noisy thermal impedance transients
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