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硅通孔三维堆叠芯片可靠性标准研究

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针对硅通孔(TSV)三维堆叠芯片在微电子封装领域面临的可靠性挑战,阐述了TSV三维堆叠的工艺流程,分析了TSV孔的制造、芯片减薄、三维键合和组装等关键工艺环节对可靠性的影响,并探讨了TSV孔的质量和可靠性等问题.基于当前TSV三维堆叠芯片的可靠性标准,明确了可靠性应力试验条件与推荐的检测方法,为提升TSV三维堆叠芯片的可靠性和制造效率提供科学依据和实践策略,促进技术的优化与升级.
Research on Reliability Standards for Three-dimensional Stacked Chips with Through Silicon Via
This paper addresses the reliability challenges confronted by Through-Silicon Via(TSV)three-dimensional(3D)stacked chips in the realm of microelectronics packaging.It systematically presents the TSV 3D stacking process flow,meticulously analyzing the critical process stages including TSV hole fabrication,chip thinning,three-dimensional bonding,and assembly,with a focus on their implications for reliability.Furthermore,it delves into the matters of quality and reliability associated with TSV holes.Drawing upon the current reliability standards for TSV 3D stacked chips,the article specifies stress testing conditions for reliability and recommends inspection methodologies.Its aim is to furnish a scientific foundation and practical strategies for enhancing the reliability and manufacturing efficiency of TSV 3D stacked chips,thereby facilitating technological optimization and advancement.

Through Silicon Via(TSV)3D stackingreliability

李锟

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中国电子技术标准化研究院

硅通孔 三维堆叠 可靠性

2024

信息技术与标准化
中国电子技术标准化研究所

信息技术与标准化

影响因子:0.219
ISSN:1671-539X
年,卷(期):2024.(7)