封装中的蚀刻孔设计,具有更好的坚固性

Jaewung Lee, J. Sharma, S. Merugu, Navab Singh
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引用次数: 2

摘要

为了提高薄膜封装(TFE)的稳健性,本文根据蚀刻孔的位置和数量,提出了不同的蚀刻孔方案。为了获得坚固的TFE,在帽层上进行不同的蚀刻孔映射,并在密封后使用光学剖面仪测量TFE的高度来评估TFE的坚固性。为了证明TFE,非晶态Si和AlN(或SiO2)分别作为牺牲层和帽层。利用XeF2进行了a-Si牺牲层的刻蚀。实验结果表明,孔的数量和孔在帽层上的位置影响密封后TFE的向下变形。采用均匀分布的蚀刻孔方案可以有效地控制封装应力,从而实现低的向下变形。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Etch-hole design in encapsulation for better robustness
This paper reports various etch-hole schemes based on the location and quantities of etch holes to improve robustness of the Thin Film Encapsulation (TFE). In order to achieve robust TFE, different etch hole mapping is performed on the cap layer and robustness of TFE was evaluated by measuring the height of the TFE using optical profiler measurement after sealing. For demonstrating the TFE, amorphous Si and AlN (or SiO2) were used as a sacrificial layer and the cap layer, respectively. Etching of a-Si sacrificial layer was performed with help of XeF2. Experimental result shows that the quantity of etch holes and their location on the cap layer influence the downward deformation of the TFE after sealing process. A uniformly distributed etch holes scheme is effective in controlling the stress of encapsulation which results in low downward deformation..
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