Overview of Cu/low K technology failure analysis and reliability issues

Huixian Wu, J. Cargo, A. Seier
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引用次数: 1

Abstract

Failure Analysis (FA) challenges and issues in several areas, such as physical FA, site identification, and backside FA will be addressed. New failure modes, reliability issues for advanced technology, especially for Cu/Low-k technology, and advanced FA techniques will also be discussed. For physical FA, we will discuss wet chemical etching, reactive ion etching (RIE), parallel polishing, chemical mechanical polishing (CMP) and combinations of these techniques. For site identification techniques, we will address photon based techniques, laser/electron beam based scanning systems, and electrical testing techniques. Backside FA techniques have become increasingly important for advanced technology. In this work, several backside sample preparation techniques and backside site identification techniques will also be discussed.
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铜/低钾技术失效分析和可靠性问题概述
失效分析(FA)的挑战和问题在几个领域,如物理FA,现场识别,和背面FA将被解决。新的失效模式,先进技术的可靠性问题,特别是Cu/Low-k技术,以及先进的FA技术也将被讨论。对于物理FA,我们将讨论湿化学蚀刻,反应离子蚀刻(RIE),平行抛光,化学机械抛光(CMP)以及这些技术的组合。对于站点识别技术,我们将讨论基于光子的技术、基于激光/电子束的扫描系统和电气测试技术。背面FA技术在先进技术中变得越来越重要。在这项工作中,还将讨论几种背面样品制备技术和背面位置识别技术。
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