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On-chip versus off-chip passives analysis in radio and mixed-signal system-on-package design

机译:电池上的片内使用的无线电和混合信号系统上的外包装设计

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Advances of VLSI and packaging technologies enable condensed integration of system level functions in a single module, known as SoC and SoP. In order to find a better solution between SoC and SoP, and eliminate constraints between chip and package, a complete solution is needed to co-design and co-optimize chip and package in a total design plan with precise trade-offs of on-chip versus off-chip passives. In this paper, we present a complete and systematic design methodology for RF SoP/SoC. This methodology includes early analysis and design implementation. This early analysis is to estimate the performance and cost of each solution quickly and quantitatively. Then, the best solution is found and implemented. For a better presentation, the method and design techniques are demonstrated through the design of a common emitter low noise amplifier (LNA) for 5GHz wireless LAN (local area network). Analytical equations of noise figure and transducer gain for the LNA with lossy package are also developed.
机译:VLSI和包装技术的进步使得在单个模块中能够在单个模块中进行浓缩整合,称为SOC和SOP。为了在SOC和SOP之间找到更好的解决方案,并消除芯片和包之间的限制,需要完整的解决方案来协同设计和共同优化芯片和包装,以精确的片上的折磨与片上芯片的无源。在本文中,我们为RF SOP / SOC提供了一种完整和系统的设计方法。该方法包括早期分析和设计实现。该早期分析是快速和定量地估算每个解决方案的性能和成本。然后,找到并实施了最佳解决方案。为了更好的呈现,通过设计用于5GHz无线LAN(局域网)的公共发射器低噪声放大器(LNA)来证明方法和设计技术。还开发了噪声系数的分析方程和磁性包装的LNA的换能器增益。

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