J4 ›› 2015, Vol. 37 ›› Issue (11): 2030-2034.
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赵信,俞思辰,闵昊,王飙,黄永勤
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2013年核高基“超级计算机处理器研发”课题(2013ZX01028001001001)
ZHAO Xin,YU Sichen,MIN Hao,WANG Biao,HUANG Yongqin
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摘要:
全数字锁相环ADPLL拥有较高的集成度、灵活的配置性和快速的工艺可移植性,可以解决模拟电路中无源器件面积过大、抗噪声能力不强、锁定速度慢以及工艺的移植性差等瓶颈问题。在纳米工艺下,单级反相器的最小延时已经达到10 ps以内,大大改善了全数字锁相环的抖动性能。提出了一款面向高性能微处理器应用的全数字锁相环结构,并对该结构进行了频域建模和噪声分析。该结构完全采用标准单元设计,最高频率可达到2.4 GHz,抖动性能达到ps级别。
关键词: 全数字锁相环, 低抖动, 可综合
Abstract:
The All Digital Phase Locked Loop (ADPLL) features higher design density, flexible configurability, and swift transplant to another technology. The ADPLL can solve some bottleneck problems of analogy PLL, such as the big area of passive devices, sensitivity to noise, long lock time and difficult transplant between technologies. In nanometer technology, the minimmal inverter delay is decreased within ten ps, so the jitter performance of the ADPLL is improved greatly. We introduce a new ADPLL structure used in high performance microprocessors.A Sdomain modeling and a noise analysis are conducted based on the proposed ADPLL. This structure is designed by standard cells.The highest frequency can reach 2.4GHz, and the jitter performance is about 2ps.
Key words: ADPLL;low jitter;synthesisable
赵信,俞思辰,闵昊,王飙,黄永勤. 一款可综合全数字锁相环设计与分析[J]. J4, 2015, 37(11): 2030-2034.
ZHAO Xin,YU Sichen,MIN Hao,WANG Biao,HUANG Yongqin. Design and analysis of a novel synthesisable ADPLL [J]. J4, 2015, 37(11): 2030-2034.
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http://joces.nudt.edu.cn/CN/Y2015/V37/I11/2030