采用模拟器耦合的微系统设计

S. Wünsche, C. Clauß, P. Schwarz, F. Winkler
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引用次数: 11

摘要

微系统设计过程的特点是跨学科的方法和不同领域之间的密切互动。提出了一种利用模拟器耦合来模拟复杂微系统性能的方法。该技术是基于有限元程序ANSYS与电路和系统模拟器SABER的耦合。与其他已知的模拟器耦合不同,采用了时间步长算法。报告了其方法,并解释了在仿真工具中的实现。一个加速度传感器系统的系统仿真和集成电路中的热相互作用仿真证明了该耦合的适用性。最后对仿真结果进行了讨论,总结了实现耦合的优点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Microsystem design using simulator coupling
The microsystem design process is characterized by interdisciplinary approaches and close interactions between different domains. A methodology for simulating the performance of complex microsystems using simulator coupling is presented. The technique is based on the coupling of the FEM program ANSYS with the circuit and system simulator SABER. In difference to other known simulator couplings a time step algorithm is employed. Its methodology is reported and the implementation into simulation tools is explained. The system simulations of an acceleration sensor system as well as the simulation of thermal interactions in integrated circuits prove the suitability of the coupling. Finally simulation results are discussed and advantages of the implemented coupling are concluded.
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