Electronic Packaging: Design, Materials, Process, and Reliability (Electronic Packaging and Interconnection) - Hardcover

Nakayama, Wataru ; Prince, J. L.; Wong, Christine P. W.

9780070371354: Electronic Packaging: Design, Materials, Process, and Reliability (Electronic Packaging and Interconnection)

Hardcover

ISBN 10: 0070371350 ISBN 13: 9780070371354

Verlag: McGraw-Hill Inc.,US, 1998

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A summary of the state of knowledge in electronic packaging and interconnections. Topics include trends in integrated circuits (ICs), basic transmission line characteristics, power and ground bus disturbances, thermal analysis and design, thermal mechanical boundary value problems, finite element analysis, hermetic microwave packages, polymers for electronic packaging, and anisotropically conductive adhesives for microelectronic assembly. Intended as a reference for professionals faced with the problems created by ever increasing IC speed and density and the reduction of product size and weight. Annotation c. by Book News, Inc., Portland, Or.

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�ber die Autorin bzw. den Autor

Dr. John H. Lau is President of Express Packaging Systems, Inc. He previously worked for Hewlett-Packard Company. Dr. C.P. Wong is a professor of Materials Science and Engineering at the Georgia Institute of technology. He is a past President of the IEEE-CPMT Society and has done research at AT&T. Dr. John Prince is Professor of Electrical and Computer Engineering and Director of the Center for Electronic Packaging Research at the University of Arizona. Dr. Warren Nakayama is a professor at the CALCE Electronic Packaging Research Center at the University of Maryland. He previously worked for Hitachi Ltd.

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The ultimate, up-to-the-minute electronic packaging resource! Electronic Packaging The ever-increasing pin counts and clock speeds of modern electronics continue to "push the performance envelope" with regard to designing packaging and interconnection solutions that can meet increasingly challenging requirements. The fast SRAMS for cache memories need to perform at near-microprocessor speeds to prevent data bottlenecks. ASICs are expected to run faster than 200 MHz on-chip clock frequency and have up to 900 package pin counts--and, for many telecommunication products, even more. Here's the help you need! For the first time, four well-known expert repesenting the four relevant fields--mechanical engineering, electrical engineering, thermal management, and materials--team up to provide a single-volume comprehensive reference that explains packaging and interconnection basics, details design tradeoff considerations, and presents specific system-level solutions. This unprecedented and unsurpassed multi-disciplinary coverage not only includes all the new technologies--BGA, Flip Chip, DCA, and CSP--it shows how they can be most effectively integrated. Among the topics explored: How to dsign, analyze, and measure electronic packaging and interconnections; Basic electrical and heat transfer effects and how to accommodate them; Thermal, electrical, and mechanical analysis and design techniques; What causes stresses and strains and how to reduce them; Currently used and advanced materials and processes. With its clear explication of both theoretical and practical issues, Electrical Packaging will be of considerable and continuing value for any professional seeking to design and/or refine more reliable, robust, and cost-effective packaging solutions for virtually any interconnect system.

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