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The future of electronic packaging for solid state power technology: the transition of E-packaging to electromechanical engineering

机译:固态电源技术电子包装的未来:电子包装向机电工程的过渡

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The future of solid state power conversion is inextricably linked to a joining of disciplines both in its past and even more so in it's future. For the future development of technologies central to solid state power conversion the mechanical-thermodynamic-electrodynamic manufacturing process disciplines have to be coordinated to become a new discipline with an old name: electromechanical engineering. The misleading and disparaging term of electronic packaging bears very little descriptive intent for the job that these engineers and scientists do today and even less when addressed to what they must do in the future. This paper describes future technology drivers and recommends core areas of innovation and future research for five areas of the electromechanical and solid state power assembly disciplines; power assembly topologies, engineering mechanics, thermodynamics, electrodynamics, and process/manufacturing design.
机译:固态功率转换的未来与过去的学科密不可分,在未来的学科中也是如此。对于固态功率转换核心技术的未来发展,必须将机械-热力学-电动力学制造工艺学科进行协调,以成为具有旧名称的新学科:机电工程。电子包装的误导性和贬低性对这些工程师和科学家今天所做的工作几乎没有描述性的意图,而涉及到他们将来必须要做的工作时甚至更少。本文描述了未来的技术驱动力,并为机电和固态功率组装学科的五个领域推荐了创新和未来研究的核心领域;电源装配拓扑,工程力学,热力学,电动力学和过程/制造设计。

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