用于有机芯片封装的宽带射频互连的单端和差分转换的比较

F. Rohrl, Johannes Jakob, W. Bogner, Daniel Hageneder
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引用次数: 4

摘要

将半导体芯片嵌入到有机衬底中可以实现廉价和高度的小型化。对于射频应用,芯片与封装之间的连接与封装与基板之间的连接同样重要。本文介绍了射频封装的单端和差分转换,并特别参考了使用有机印刷电路板(pcb)时应考虑的问题。由于采用了完全阻抗控制的设计过程,所提出的转换可以从直流到60 GHz,并保证最佳的信号完整性。此外,通过使用特定的接触结构,可以快速灵活地测量封装-基板的过渡。此外,还研究了如何利用TDR测量方法对芯片封装互连结构的不连续性进行详细定位。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Wideband RF interconnects for organic chip packages comparison of single ended and differential transitions
Embedding of semiconductor chips into organic substrates allows a cheap and high degree of miniaturization. For RF applications the connection between chip and package is as important as the connection between package and baseboard. This paper presents both single ended and differential transitions for RF packages with special reference to what should be considered when using organic printed circuit boards (PCBs). Because of the fully impedance controlled design process the presented transitions can be used from DC to 60 GHz and guarantee best signal integrity. In addition a fast and flexible measurement of the package - baseboard transition is shown by the use of a specific contact structure. Moreover it is figured out how the discontinuities of the interconnect structure of the chip package can be localized in detail using TDR measurements.
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