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Overview on Thermal and Mechanical Challenges of High Power RF Electronic Packaging

机译:大功率射频电子封装的热和机械挑战概述

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High Power RF electronics is one of the essentialparts for wireless communication, including thepersonal communication, broadcasting, microwaveradar, etc. Moreover, high efficient high powerelectronics has entered the ISM market, such as thepower generator of microwave oven.Power electronics requires a close co-development ofdigital-analog mixed circuit design, high power ICmanufacturing technologies, and high power packagingdesign/process, in order to guarantee their performanceand lifetime. In this paper, we overviewed our works onthe packaging/assembly development of high powerpackages, including three parts: (1) Thermal simulationand die bond defect control (2) Mechanical integritymodel for soft package heatsink implementation (3) Alwire multiphysics modeling and reliability of plasticpower package.
机译:大功率射频电子学是必不可少的之一 无线通信的零件,包括 个人通讯,广播,微波炉 雷达等。此外,高效大功率 电子产品已进入ISM市场,例如 微波炉的发电机。 电力电子需要密切合作开发 数模混合电路设计,大功率IC 制造技术和大功率封装 设计/过程,以保证其性能 和一生。在本文中,我们概述了我们在 大功率包装的组装发展 软件包,包括三个部分:(1)热仿真 和芯片键合缺陷控制(2)机械完整性 软包装散热器实施模型(3)Al 线材多物理场建模与塑料可靠性 电源包。

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