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'Non-piercing' ??? A must for flip chips!

机译:“不打孔”倒装芯片的必备品!

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Compared to the COB process (wire bonding) the flip-chip process is significantly more intolerant to pre-existing mechanical die damage. This can be caused by the mechanical pretreatment of the dies, the thinning and sawing of the wafers, but above all by the cutting out of the dies during the assembly process. The pre-existing damage constitutes a reliability risk, as thermal shock testing demonstrates. The international standards MIL-STD 883G, JESD22-B118, ESCC 2049000 currently give too little consideration to these aspects. AEMtec GmbH, as a service specialist for the assembly of unhoused chips, has many years of experience in COB and flip-chip processes. The following article describes pre-existing die damage and proposes measures to minimise it.
机译:与COB工艺(引线键合)相比,倒装芯片工艺对先前存在的机械芯片损坏的容忍度要高得多。这可能是由于模具的机械预处理,晶圆的薄化和锯切所致,但最重要的是由于在组装过程中切下了模具。如热冲击测试所示,预先存在的损坏构成可靠性风险。当前,国际标准MIL-STD 883G,JESD22-B118,ESCC 2049000很少考虑这些方面。 AEMtec GmbH作为未封装芯片组装的服务专家,在COB和倒装芯片工艺方面拥有多年的经验。下面的文章描述了预先存在的模具损坏,并提出了将其最小化的措施。

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