用于先进光学应用的晶圆级玻璃帽

J. Leib, O. Gyenge, U. Hansen, S. Maus, K. Hauck, K. Zoschke, M. Toepper
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引用次数: 4

摘要

提出了一种制造晶圆级微型光学窗的新工艺流程。这些窗口可用于小型化光学产品,如高亮度led (HB-LED)和数字投影(DLP),以及更复杂的光学数据通信,因为集成光学功能可以以低公差实现。我们解释了用于光传感器的具有深度通常为10 μm的浅腔的cap-晶圆的制造以及用于LED封装的具有深度为300 μm的cap-晶圆的独特制造工艺。这些帽晶片用于先进、小型化光学产品的晶圆级集成。我们讨论了晶圆键合的两种选择,即使用粘合剂键合和阳极键合。以小型化的光传感器封装、压力传感器封装和LED封装为例进行了讨论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Wafer-level glass-caps for advanced optical applications
A novel process flow to manufacture miniaturized optical windows on wafer-level is presented. Those windows can be used for miniaturized optical products like high-brightness LEDs (HB-LED) and digital projection (DLP) as well as more complex optical data-communication, since integrated optical functions can be implemented with low tolerances. We explain the fabrication of cap-wafers having a shallow cavity with a depth of typically 10 μm used in photo sensors and a unique manufacturing process for cap-wafers with a deep cavity of e.g. 300 μm used in LED packaging. Those cap-wafers are used in wafer-level integration of advanced, miniaturized optical products. We discuss two options for wafer bonding i.e. bonding using adhesive as well as anodic bonding. As an example on product level a miniaturized photo sensor package, a pressure sensor package as well as a LED package is discussed.
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