Development of verification process for on-wafer measurement at millimeter-wave frequency

R. Sakamaki, M. Horibe
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引用次数: 5

Abstract

The paper demonstrates useful devices for verification process of on-wafer measurement. Prior to evaluation of the devices, uncertainty analysis was conducted. Positional repeatability of probing was considered as a dominant uncertainty factor in the measurement. Based on the analysis, precise measurement systems with automatic probing system were developed to improve the measurement accuracy by reducing operator-derived error. Consequently, the verification devices were evaluated with lower uncertainty owing to automatic probing. The verification devices provided stable values independent from calibration techniques.
毫米波频率晶圆测量验证流程之开发
本文介绍了片上测量验证过程中有用的设备。在对设备进行评估之前,进行了不确定度分析。探测的位置重复性被认为是测量中的主要不确定因素。在此基础上,研制了具有自动探测系统的精密测量系统,通过减小算子衍生误差来提高测量精度。因此,由于自动探测,验证装置的评估不确定度较低。验证装置提供了独立于校准技术的稳定值。
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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