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引用次数: 1

摘要

毫米波无线和传感器系统以及高比特率组件的新兴市场需要具有成本效益的封装解决方案。倒装芯片是这方面最有前途的方法之一,它结合了高容量潜力和优异的高频性能。讲座介绍了不同的倒装芯片概念,重点介绍了微波特性,并从设计者的角度探讨了这个问题。讨论了互连的基本电磁特性以及对芯片和封装设计的影响。作为载体衬底,传统的陶瓷,薄膜,和ltcc多层方法被涵盖。各种应用的实验结果证明了在高达100 GHz的频率范围内的可行性和能力。
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Flip-chip for millimeter-wave and broadband packaging
Emerging markets for mm-wave wireless and sensor systems as well as high bit-rate components demand for cost-effective packaging solutions. Flip-chip is one of the most promising approaches in this regard combining high-volume potential with excellent high-frequency performance. The talk presents the different flip-chip concepts in use, focusing on the microwave characteristics and approaching the subject from the designer's point of view. Basic electromagnetic properties of the interconnects as well as consequences for chip and package design are discussed. As carrier substrates, conventional ceramics, thin-film, and LTCC-multilayer approaches are covered. Experimental results for various applications document feasibility and capabilities in the frequency range up to 100 GHz.
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