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Wafer-Level Micro-Optics: Trends in Manufacturing, Testing and Packaging

机译:晶圆级微光学:制造,测试和封装的趋势

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摘要

Micro-optics is an indispensable key enabling technology (KET) for many applications today. The important role of micro-optical components is based on three different motivations: miniaturization, high functionality and packaging aspects. It is obvious that miniaturized systems require micro-optics for light focusing, light shaping and imaging. More important for industrial applications is the high functionality of micro-optics that allows combining these different functions in one element. In DUV Lithography Steppers and Scanners an extremely precise beam shaping of the Excimer laser profile is required. High-precision diffractive optical elements are well suited for this task. For Wafer-Level Cameras (WLC) and fiber optical systems the packaging aspects are more important. Wafer-Level Micro-Optics technology allows manufacturing and packaging some thousands of sub-components in parallel. We report on the state of the art in wafer-based manufacturing, testing and packaging.
机译:微光学是当今许多应用必不可少的关键使能技术(KET)。微光学组件的重要作用基于三种不同的动机:小型化,高功能性和封装方面。显然,小型化系统需要微光学器件才能进行聚光,光整形和成像。对于工业应用而言,更重要的是微光学的高功能性,它允许将这些不同的功能组合在一个元件中。在DUV光刻步进机和扫描仪中,需要对准分子激光轮廓进行极其精确的光束整形。高精度衍射光学元件非常适合此任务。对于晶圆级相机(WLC)和光纤系统,包装方面更为重要。晶圆级微光学技术允许并行制造和封装数千个子组件。我们报告基于晶圆的制造,测试和封装的最新技术。

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