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Mathematical Model for Analysis of Near and Far Field Characteristics based on Equivalent Transformation

机译:基于等效变换的近和远场特征分析数学模型

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Electromagnetic compatibility of integrated circuits is becoming an increasingly important point in the high-speed printed circuit boards development. International standards to quantify the performance of integrated circuits have been set. To solve the problems associated with the prediction of electromagnetic interference between integrated circuits and printed circuit boards, equivalent models of integrated circuits are required both at the intra-equipment and the intra-system levels. Such models can be obtained with sufficient information about the integrated circuit. However, in most practical cases, such information about integrated circuits may not be available to radio-electronic equipment designers. This paper proposes a dipole moment model for analyzing the characteristics of the near and far electromagnetic fields coupling from the integrated circuit, obtained from the near field scanning. The paper also presents an array of electric and magnetic dipole moments used to reproduce the field distributions in the scanning plane above the integrated circuit. The resulting dipole moments can be used as emission sources for an integrated circuit. The presented model of the dipole moment is especially useful for solving problems of radio frequency interference when it is necessary to analyze the noise coupling in the near field accurately.
机译:集成电路的电磁兼容性在高速印刷电路板开发中成为越来越重要的点。已经设定了量化集成电路性能的国际标准。为了解决与集成电路和印刷电路板之间的电磁干扰预测相关的问题,在设备内部和系统内部均需要相同的集成电路模型。可以通过关于集成电路的足够信息获得这种模型。然而,在大多数实际情况下,无线电电子设备设计人员可能无法使用这些信息。本文提出了一种偶极力矩模型,用于分析从集成电路耦合的近距离电磁场的特性,从近场扫描获得。本文还介绍了一种用于再现集成电路上方的扫描平面中的场分布的电和磁性偶极偶像。得到的偶极矩可以用作集成电路的发射源。当需要在准确地分析近场中的噪声耦合时,偶极矩的呈现模型特别适用于求解射频干扰问题。

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