多端口s参数计算从双端口网络分析仪测量有或没有开关矩阵

H. Heuermann
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引用次数: 3

摘要

介绍了一种从双端口网络分析仪测量中计算3到n端口s参数的简单方法。此多端口计算(MC)程序支持所有双端口校准方法,例如SOLT或LMR,无需任何额外标准。小的纳入近似值对实际测量结果的质量没有影响。该开发的mc程序与具有三个或四个测量通道的矢量网络分析仪一起工作,以高精度测量n端口设备的双端口路径。一个开关矩阵可以用来简化测量。本文提出的mc过程计算算法具有简单性和数值鲁棒性。该算法允许简单的编程来校正任何设备的测量值,而不依赖于端口数(3到n)。实验结果证明了MC误差校正测量的良好精度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multiport S-parameter calculation from two-port network analyzer measurements with or without switch matrix
A simple method to calculate 3- to n-port S-parameters from two-port network analyzer measurements is described. This multiport calculation (MC) procedure supports all two-port calibration methods e.g. SOLT or LMR without any additional standard. Small included approximations have no influence on the quality of practical measurement results. This developed MC-procedure works with vector network analyzers with three or four measurement channels to measure two-port paths of n-port devices with high accuracy. A switch matrix can be used to simplify the measurements. The presented calculation algorithm of the MC-procedure is out-standing regarding the simplicity and numerical robustness. The algorithm allows an easy programming for the correction of measurements of any device independent of the number of ports (3 to n). Experimental results attest the very good precision of MC error corrected measurements.
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