双侧Mcma模块

H. Anderson
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引用次数: 1

摘要

传统的集成电路封装设计只利用封装基板的一面。MCM-L封装具有多层pc板结构,为基板组装提供了刚性,因此可以在封装的两侧进行组装。双面MCM-L封装将有源芯片附在基板两侧,可以更有效地利用基板表面积。在一侧装配的40mm封装中使用的相同或类似的芯片组(ASIC和存储芯片的组合)可以放置在具有28mm封装尺寸的双面MCM-L基板上。所使用的工具被设计为允许将封装重新插入到粘合工作持有人粘合位置,而不会损坏先前的组装。加工刚性基板双面MCM-L封装的工具不同于传统的工具集,实现了两个主要目标。首先,它为之前的组装提供了一个缓解区域,以防止对芯片和电线的物理损坏,并将空腔下方的封装区域加热到键合温度,以实现全自动导线键合。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Wire Bonding Dual-Sided Mcma Modules
Conventional package design of integrated circuit packages utilizes only one side of the package substrate. The MCM-L package with it's multi-laminate PC-board structure provides a rigidity to the substrate for assembly such that assembly may be performed on both sides of the package. The dual-sided MCM-L package with active chips attached to both sides of the substrate makes more effective use of substrate surface area. The same or similar chip set (combination of ASIC and memory chips) used in a 40mm package with assembly on one side, may be placed onto a dual-sided MCM-L substrate with a 28mm package size. The tooling used is designed to allow for re- insertion of the package into the bonder work holder bond site without damage to previous assembly. The tooling for processing a rigid substrate dual-sided MCM-L package differs from that of the conventional tooling set, and accomplishes two major goals. One, it provides a relief area for previous assembly to prevent physical damage to chips and wires, and heats the package area beneath the cavity to bond temperatures for fully automatic wire bonding.
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