CMOS phase-locked loops for frequency synthesis

I. Galton, B. Razavi, J. Cowles, P. Kinget
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引用次数: 3

Abstract

As wireless communication systems evolve toward higher frequencies, higher bandwidths, and multi-standard capabilities, the performance of their phase-locked loops (PLLs) becomes increasingly critical to overall system performance. Additionally, PLLs often must be integrated with large digital blocks, so there is strong and increasing economic pressure to implement them in highly-scaled CMOS technology. This short course provides a tutorial explanation of PLL design at both the system and circuit levels in the context of these issues. Topics include integer-N PLLs, fractional-N PLLs, transistor-level design of critical PLL circuit blocks, and practical application-specific PLL issues in a variety of wireless communication systems. The short course is intended for both entry-level and experienced analog, RF, and mixed-signal circuit designers.
用于频率合成的CMOS锁相环
随着无线通信系统向更高频率、更高带宽和多标准功能发展,其锁相环(pll)的性能对整个系统性能变得越来越重要。此外,锁相环通常必须与大型数字块集成,因此在大规模CMOS技术中实现它们存在强大且不断增加的经济压力。这个短期课程在这些问题的背景下,提供了系统和电路级锁相环设计的教程解释。主题包括整数n锁相环,分数n锁相环,关键锁相环电路模块的晶体管级设计,以及各种无线通信系统中实际应用的特定锁相环问题。短期课程的目的是为入门级和经验丰富的模拟,射频和混合信号电路设计人员。
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