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This article presents a fundamental strategy for accurately modeling the mutual coupling of arbitrary order in any large‐scale electromagnetic structures and high‐density integrated chips such as antenna array elements and coupled circuit elements. The proposed method starts from the modeling of the first‐order mutual coupling, and it consists of two main steps. First of all, an equivalent circuit...
This paper presents, for the first time, a method of modeling mutual coupling of arbitrary order in connection with coupled circuits or antenna array elements. The modeling of mutual coupling is mainly based on the parameter extraction of equivalent circuits. By building up the equivalent circuit network of mutual coupling of low-order, the circuit model of high-order mutual coupling can be successively...
In this paper, the short-open calibration (SOC) technique, which was originally proposed, developed and self-contained in a research-oriented full-wave method of moments (MoM) simulator, is imbedded for the first time in a commercial simulator for the modeling and parameter extraction of planar integrated circuits and discontinuities. The SOC technique requires only two standards, namely short and...
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