基于电磁钩子的区域分解技术在射频模块建模中的应用

J. Niehof, H. Janssen, W. Schilders, W. Schoenmaker, D. Ioan, G. Ciuprina, W. Pflanzl
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引用次数: 2

摘要

为了应对现代射频SoC设计的复杂性和尺寸,已经开发出一种新型的区域分解,它利用了电和磁连接器。这个新概念已经在许多实际的例子上进行了测试,这些例子都是在项目中产生和测量的。为了说明该算法的成功,将其应用于一组耦合集成电感器,并将结果与使用MAGWEL和Agilent (Momentum)工具的测量和模拟结果进行了比较。区域分解是一种强大的方法,可以实现复杂、大型布局的精确电磁仿真。通过分解接口上的钩子数量可以方便地控制精度/仿真速度的权衡。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Domain Decomposition via Electromagnetic Hooks for the Modeling of Complete RF blocks
To cope with the complexity and size of modern RF SoC designs, a new type of domain decomposition has been developed that makes use of electric and magnetic connectors. This new concept has been tested on a number of practical examples that are all produced and measured within the project. To illustrate the success of the algorithm, it is applied to a set of coupled integrated inductors, and results are compared with measurements and simulations using tools from MAGWEL and Agilent (Momentum). Domain decomposition is a powerful method to enable accurate electromagnetic simulation of complex, large layouts. The accuracy / simulation speed trade off is conveniently controlled by the number of hooks on the decomposition interface.
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