Reduced Order Electromagnetic Models based on dual Finite Integration Technique

D. Ioan, G. Ciuprina
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Abstract

To solve field-circuits coupled problems, the electromagnetic field equations are discretized by the dual finite integration technique (dFIT), a numerical method which allows the accuracy control of the extracted parameters. Several techniques are used to accelerate the extraction process, such as minimal virtual boundary, minimal mesh and minimal frequency samples set. The behavior of the synthesized SPICE model extracted with proposed algorithm, in the case of passive on-chip devices placed on silicon substrate shows good agreement with respect to the measurements
基于对偶有限积分技术的降阶电磁模型
为了解决场路耦合问题,采用对偶有限积分技术(dFIT)对电磁场方程进行离散化,这种数值方法可以精确控制提取的参数。采用最小虚拟边界、最小网格和最小频率样本集等技术来加快提取过程。在无源片上器件放置在硅衬底的情况下,用该算法提取的合成SPICE模型的行为与测量结果吻合良好
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