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In-line E-beam Metrology and Defect Inspection: Industry Reflections, Hybrid E-beam Opportunities, Recommendations and Predictions

机译:在线电子束计量学和缺陷检查:行业思考,混合电子束机会,建议和预测

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At SPIE 2013 in Metrology, Inspection, and Process Control for Microlithography an invited paper was published titled "In-line E-beam wafer metrology and defect inspection: the end of an era for image-based critical dimensional metrology? New life for defect inspection". Three years have passed and numerous developments have occurred as predicted in this paper. The development of E-beam tools that can concurrently handle metrology and defect applications is one of the primary developments. In this paper, the capabilities of these new E-beam tools and their current use cases will be discussed in the areas of Critical Dimension Uniformity (CDU), In-die overlay, Hot spot and Physical defect inspection. Emphasis will be placed on use cases where "massive" CDU data is collected in order to increase yield learning for manufacturing (14nm) and decrease cycles of learning for development (7nm). Additionally, some of the other subject material from the previous publication will also be discussed such as the current state of E-beam critical dimension image fidelity and physical defect detection capabilities. Lastly, future directions and opportunities for In-line E-beam including Multi-beam and/or Multi-column E-beam will be discussed.
机译:在SPIE 2013上的微光刻计量,检查和过程控制中,发表了一篇受邀的论文,标题为“在线电子束晶圆计量和缺陷检查:基于图像的关键尺寸计量学时代的终结?缺陷检查的新生命” ”。如本文所预测的,已经过去了三年,并且发生了许多发展。可以同时处理计量和缺陷应用程序的电子束工具的开发是主要开发之一。在本文中,这些新的电子束工具的功能及其当前使用案例将在关键尺寸一致性(CDU),管芯内覆盖,热点和物理缺陷检查等领域进行讨论。将重点放在收集“大量” CDU数据的用例上,以增加制造方面的良率学习(14nm)和减少开发方面的学习周期(7nm)。此外,还将讨论先前出版物中的其他一些主题材料,例如电子束临界尺寸图像保真度的当前状态和物理缺陷检测功能。最后,将讨论包括多束和/或多列电子束在内的在线电子束的未来发展方向和机会。

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