Impact of in-situ TRL reference impedance determination on parameter extraction

A. Rumiantsev, R. Doerner, F. Lenk
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引用次数: 2

Abstract

This paper investigates the impact of possible parameter extraction errors caused by inaccurate definition of the calibration reference impedance of in-situ multiline TRL. Two calibration sets implemented on GaAs and Si/SiGe:C wafer processes were quantitatively analyzed. Obtained results demonstrated that for most practical cases, the desired 5%-level of confidence of extracted parameters of high-reflective devices can easily be achieved without additional efforts. Thus, implementation of the in-situ TRL into a characterization workflow of high-performance microwave devices can be significantly simplified.
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原位TRL参考阻抗测定对参数提取的影响
本文研究了原位多线TRL标定参考阻抗定义不准确可能导致的参数提取误差的影响。定量分析了在GaAs和Si/SiGe:C晶圆工艺上实现的两种校准集。获得的结果表明,在大多数实际情况下,高反射器件提取参数的期望置信度为5%,无需额外的努力即可轻松实现。因此,将原位TRL实现到高性能微波器件的表征工作流程中可以大大简化。
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