Materials in next generation of packaging

R. Tummala, C. Wong
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引用次数: 5

Abstract

The Packaging Research Center (PRC) was established to explore, develop, and prototype the next generation of electronic packaging technologies and to produce a new breed of globally competitive engineers thereby providing both the technological and human resources necessary to enable 10/spl times/ improvements in size, cost, performance, and reliability of next generation electronic products. The research vision parallels what integrated circuits did for transistors - ever increasing integration while maintaining constant manufacturing costs. The strategy is a systems-level approach with a balanced combination of fundamental, applied, cross-disciplinary, and prototype research to overcome the technological barriers. The cross-disciplinary research efforts are integrated into four focused research areas: (1) Systems Integration, Design, and Test; (2) Low-cost, Integrated Substrate; (3) Optoelectronics and Wireless Electronics; and (4) Assembly, Reliability, and Thermal Management. Materials form the "heart and soul" of next generation of packaging and include enhanced materials for printed wiring board, interlayer dielectrics, integrated capacitors, resistors and inductors, flipchip solder joints and alternatives, underfills and encapsulants and heat-transfer materials.
新一代包装材料
封装研究中心(PRC)的成立是为了探索、开发和原型下一代电子封装技术,并培养具有全球竞争力的新一代工程师,从而提供必要的技术和人力资源,使下一代电子产品的尺寸、成本、性能和可靠性提高10/spl倍。这项研究的愿景与集成电路为晶体管所做的类似——在保持恒定制造成本的同时不断提高集成度。该战略是一种系统级方法,平衡结合了基础、应用、跨学科和原型研究,以克服技术障碍。跨学科的研究工作整合到四个重点研究领域:(1)系统集成,设计和测试;(2)低成本、集成基板;(3)光电子与无线电子学;(4)装配、可靠性和热管理。材料构成了下一代封装的“核心和灵魂”,包括用于印刷配线板、层间电介质、集成电容器、电阻和电感器、倒装焊点和替代品、衬底填充物和密封剂以及传热材料的增强材料。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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