新型聚合物设计的超低应力材料用于先进的包装应用

F. Meyer, M. Koch, K. Nishikawa, G. Larbig, K. Taniguchi
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引用次数: 0

摘要

WLP中的多rdl架构正在将聚酰亚胺等现有材料推向其极限。这些材料的主要限制是高温固化和收缩,导致翘曲和产量损失。我们正在开发一种电介质包装材料,在固化时具有最小的应力,同时与已建立的包装工艺兼容。另一个目标是保持介电常数和损耗因子尽可能低,以确保与高频应用的兼容性。这种新型聚合物的另一个特点是高温稳定性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Novel polymer design for ultra-low stress material for advanced packaging applications
Multi-RDL architectures in WLP are pushing established materials like polyimide to their limits. Key limitations of these material are high temperature curing and shrinkage which leads to warpage and yield losses. We are developing a dielectric packaging material that has minimal stress upon curing while being compatible with established packaging processes. Another goal is to keep dielectric constant and loss factor as low as possible to ensure compatibility with high frequency applications. Additional feature for this new polymer class is high temperature stability.
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