Research on Micro-area Sheet Resistance by Mapping Technique Method with Inclined Square Four Point Probe

Xinfu Liu, Z. Zhu, Runli Zhang, Nan Jiang, Huan Guo
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Abstract

This article disserted the principle of the probe vacillated at testing a large silicon wafer with square four point probe equipment. The importance of the micro-area's sheet resistance is discussed and the principles of four point probe measurement technology are analyzed. Some factors that affect the measurement accuracy are studied, and interference can be avoided while measuring and analyzing the impact on square four point probe measurement by probe vacillate. The calculation formula of the square micro-area probe measurement is deduced when probes vacillated discretionarily. An experiment was made with a small wafer sample and accurate resistivity was gotten. The electrical resistivity is tested for another silicon wafer by a square four point probe equipment. Gray Mapping graphics was designed for displaying the micro area resistance.
斜方形四点探头测绘技术对微面积薄片电阻的研究
本文论述了用方形四点探针装置对大硅片进行摆动探针检测的原理。讨论了微区薄片电阻的重要性,分析了四点探头测量技术的原理。研究了影响测量精度的一些因素,在测量和分析探针摆动对方形四点探头测量的影响时,可以避免干扰。推导了探头任意摆动时方形微面积探头测量的计算公式。用小晶片样品进行了实验,得到了准确的电阻率。用方形四点探头设备测试另一片硅片的电阻率。设计了用于显示微区电阻的灰度映射图形。
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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