Advanced TRL (Through-Reflect-Line) Fixture Design and Error Analyses for RF High Power Transistor Characterization and Automatic Load Pull Measurement

C. Shih
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引用次数: 7

Abstract

This article discussed the design methodology of the low impedance TRL fixture and a detailed error analysis of the commercial computer controlled load pull system. Especially, an associated advanced TRL calibration software routine has been created to resolve the difficulty of non-50 Ohm calibration used by the vector network analyzer. Since this technique is regardless of the termination impedance, the probing port can always be designed to comply with the same dimension as the measured port. Because this unique match of measured and probing ports, users can apply this technique to measure a circuit with any configuration of impedance without worrying the discontinuity and fringing effect.
先进的TRL(透反射线)夹具设计和误差分析,用于RF大功率晶体管特性和自动负载拉力测量
本文讨论了低阻抗TRL夹具的设计方法,并对商用计算机控制的负载拉拔系统进行了详细的误差分析。特别是,创建了相关的高级TRL校准软件程序,以解决矢量网络分析仪使用的非50欧姆校准的困难。由于这种技术不考虑终端阻抗,因此探测端口总是可以设计成与被测端口相同的尺寸。由于这种独特的测量和探测端口匹配,用户可以应用该技术测量任何阻抗配置的电路,而不必担心不连续和边缘效应。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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