Tilt angle and dose rate monitoring of low energy ion implantation processes with photomodulated reflectance measurement : AM: Advanced Metrology

A. Pongrácz, J. Szívós, F. Ujhelyi, Z. Zolnai, Ö. Sepsi, Á. Kun, G. Nadudvari, J. Byrnes, L. Rubin, Edward D. Moore
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引用次数: 2

Abstract

Photo-modulated reflectance measurements provide a powerful, non-contact, non-destructive and inline-compatible method with low-cost operation for statistical process control of ion implantation steps on monitor and on product wafers. We present case studies describing how photo-modulated reflectivity measurements (PMR) can be used for ion implantation dose, fluence and tilt angle monitoring with excellent resolution, even for low-energy ion implantation processes. This is important because precise dopant and damage profile control is crucial in state-of-the art semiconductor processes utilizing shallow junctions and complex 3D doping profiles.
低能量离子注入过程的倾斜角度和剂量率监测与光电调制反射测量:AM:先进计量学
光调制反射率测量提供了一种功能强大、非接触、非破坏性和内联兼容的低成本操作方法,用于监测和产品晶圆上离子注入步骤的统计过程控制。我们提出的案例研究描述了如何光调制反射率测量(PMR)可以用于离子注入剂量,影响和倾斜角监测与极好的分辨率,甚至低能离子注入过程。这一点很重要,因为在利用浅结和复杂3D掺杂轮廓的最先进半导体工艺中,精确的掺杂和损伤轮廓控制至关重要。
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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