电子封装的过去、现在和未来

J. Fjelstad
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引用次数: 0

摘要

集成电路封装技术是继半导体芯片本身之后的第一个互连元件,是电子系统性能的主要看门人。有无数种不同类型的封装可用,每种封装通常针对特定范围的半导体设备。有这么多的选择,了解IC封装的基础知识-它们是如何构造的,什么驱动成本和什么限制性能-对成功的产品设计至关重要。一些最常见的IC封装,从芯片规模到BGA封装,以及一些许多3D堆叠和折叠结构,将被回顾和讨论。讲师还将回顾晶圆级封装。最后,展望IC封装的未来,以激发对如何积极参与和指导IC封装的未来的思考。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Past, present and future of electronic packaging
As the first interconnection element after the semiconductor chip itself, IC packaging technologies are the primary gate keepers of electronic system performance. There are a myriad of different types of packages available, each normally targeted for a specific range of semiconductor devices. With so many options, understanding the basics of IC packaging - how they are constructed, what drives cost and what limits performance - is critical to the successful product design. Some of the most common IC packages, from chip scale to BGA packages as well as some of the many 3D stacked and folded structures, will be reviewed and discussed. The instructor will also review wafer level packaging. Finally, a look at the future of IC packaging will be provided to stimulate thought on how to actively engage and direct the future of IC packaging in mindful ways.
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