薄FSM和小BPO上的细铜线键合的挑战

Tan Aik Teong, S. A. Zakaria, Lem Tien Heng
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引用次数: 0

摘要

随着行业走向小型化和降低成本的趋势,线材尺寸和前端金属化(FSM)变得越来越薄,键合盘开口(BPO)也越来越小。本文具体讨论了小焊盘开度(65um)薄前侧金属化(1.6um AlSiCu)细铜线(25um)优化过程中遇到的挑战和对策,通过毛细管设计、夹紧和加热板设计以及WB参数优化,成功克服了NSOP、球尺寸不一致、弹坑和金属剥落等挑战。小BPO需要特殊的剪切方法,即“钝化剪切”。进行可靠性应力测试(PC+AC 96小时,PC+TC 1000倍,HTS 1500小时),结果均为阳性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The challenges of thin Cu Wire Bond on thin FSM and small BPO
With the industry trend moving towards miniaturization and cost reduction, Wire size and Front side metallization (FSM) become thinner and Bond Pad Opening (BPO) getting smaller as well. This paper specifically discusses the challenges and countermeasures being done during the optimization for thin Cu wire (25um) on thin front side metallization (1.6um AlSiCu) with small bond pad opening (65um) where these challenges include NSOP, inconsistent ball size, cratering and metal peeling have been successfully overcame through the capillary design, clamp and heater plate design and WB parameter optimization. Small BPO required special shearing method which is “passivation shearing” also briefly discussed. Reliability stress test (PC+AC 96 hr, PC+TC 1000x and HTS 1500hr) was perform with positive result.
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