大功率电子封装:从建模到实现

C. Yuan, R. Kregting, H. Ye, W. V. van Driel, S. Gielen, G. Zhang
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引用次数: 1

摘要

电力电子产品,如大功率射频元件和大功率led,需要结合坚固可靠的封装结构、材料和工艺,以保证其功能性能和使用寿命。我们从这些部件性能的热学和热力学建模开始。具有稳健的验证。随后,一种在线测试方法、设计规则和新的结构/修改已经实施,以提高高性能电子器件的性能和可靠性。本文综述了射频晶体管和大功率LED的研究进展。
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High power electronics package: From modeling to implementation
Power electronics, such as high power RF components and high power LEDs, requires the combination of robust and reliable package structures, materials, and processes to guarantee their functional performance and lifetime. We started with the thermal and thermal-mechanical modeling of such component performances. With robust validation. Afterwards, an online testing method, design rules, and new structures/modifications have been implemented to improve the performance and reliability of high power electronics. This paper reviews our efforts on the RF transistors and high power LED's developments.
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