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Fast S-Parameter Calculation Technique for Multi-Antenna System Using Temporal-Spectral Orthogonality for FDTD Method

机译:基于时域正交性的FDTD多天线系统快速S参数计算技术

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摘要

This paper proposes an S-parameter analysis method that uses simultaneous excitation for multi-antenna systems. In this method, OFDM (Orthogonal Frequency Division Multiplexing) and CI (Carrier Interferometry) pulse generation schemes are employed for maintaining the orthogonality among the excited signals. In OFDM excitation schemes, the characteristics of the neighboring antennas can be calculated by assigning different frequency subcarriers exclusively. CI enables the simultaneous verification of the antennas distant enough since this method can provide temporal orthogonality. Combining these two methods yields the simultaneous analyses of array antennas with both narrow and wide element spacing. The simulation of a 22 multi-antenna shows that the results of the proposed method agree well with those of the conventional method even though its computation speed is more 4 times that of the conventional method.
机译:本文提出了一种将多天线系统同时激励的S参数分析方法。在此方法中,采用OFDM(正交频分复用)和CI(载波干涉术)脉冲生成方案来保持激励信号之间的正交性。在OFDM激励方案中,可以通过专门分配不同频率的子载波来计算相邻天线的特性。 CI可以同时验证距离足够远的天线,因为该方法可以提供时间正交性。结合这两种方法,可以同时分析窄间距和宽间距的阵列天线。 22个多天线的仿真结果表明,该方法的计算速度比传统方法高4倍,与传统方法的结果吻合良好。

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