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首页> 外文期刊>IEEE Transactions on Components, Hybrids, and Manufacturing Technology >High thermal conductivity aluminum nitride ceramic substrates and packages
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High thermal conductivity aluminum nitride ceramic substrates and packages

机译:高导热氮化铝陶瓷基板和封装

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摘要

Breakthrough technologies for achieving a whole line of AlN products for wider use in the electronics market are described. These products are: (1) plain substrates; (2) metallized substrates; (3) direct bond copper (DBC) substrates; (4) substrates for thin-film circuits; (5) substrates for thick-film circuits; and (6) cofired multilayer packages. The basic properties of AlN and problems with AlN from the manufacturing process point of view are summarized. The discussion of the breakthrough technologies needed for AlN applications focuses on four problem areas: the realization of the highest thermal conductivity by sintering, pin/lead brazing, the metallization problem for the cofired case and the postfired case, and polishing for a thin-film circuit. AlN applications and market trends are discussed.
机译:描述了实现完整的AlN产品系列以在电子市场中广泛使用的突破性技术。这些产品是:(1)普通基材; (2)金属化基板; (3)直接键合铜(DBC)基板; (4)薄膜电路基板; (5)厚膜电路基板; (6)共烧多层包装。从制造过程的角度出发,总结了AlN的基本特性和AlN的问题。关于AlN应用所需的突破性技术的讨论集中在四个问题领域:通过烧结,销钉/铅钎焊实现最高导热率,共烧壳体和后烧壳体的金属化问题以及薄膜抛光电路。讨论了AlN的应用和市场趋势。

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