引线架表面增强以减轻脱层的工艺优化研究

S. Buenviaje, R. Rodriguez, Rammil A. Seguido, F. R. Gomez
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引用次数: 15

摘要

封装分层是半导体工业中一个反复出现的问题。材料界面是易发生断裂的薄弱区域。引线框架技术一直在加速开发新的解决方案,以减轻分层的风险。通过实验设计和假设检验,对某些引线架改进的贴模工艺参数进行了优化。结果表明,在3%的抗ebo和70%-85%的酒窝覆盖率下,效果最佳。后者对模具剪切强度和粘结线厚度的影响较大。更高的凹坑覆盖率的更好的性能归因于更广泛的机械锚定聚合物链粘合剂到蚀刻引线框架。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Process Optimization Study on Leadframe Surface Enhancements for Delamination Mitigation
Package delamination has been a recurring problem in the semiconductor industry. Material interfaces are weak regions which are susceptible to fracture. Leadframe technology has been ramping-up the development of new solutions to mitigate the risks of delamination. In this study, die attach process parameters of certain leadframe improvements were optimized by design of experiment and hypothesis testing. The results have shown optimal response at 3% anti-EBO and 70%-85% dimple coverage. The latter had greater impact on die shear strength and bond line thickness. The better performance of higher dimple coverage was attributed to a more extensive mechanical anchoring of polymer chains of adhesives onto the etched leadframe.
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