40gb /s QPSK光接收机的时钟恢复

Naim Ben-Hamida, J. Sitch, Philip Flemke, D. Pollex, P. Schvan, Y. Greshishchev, Shing-Chi Wang, C. Falt
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引用次数: 2

摘要

提出了一种采用CMOS 90nm技术实现的40Gb/s光相干接收机时钟恢复电路。在0.5MHz的带宽下,核心锁相环产生的有效值抖动小于0.3ps。这主要是由于片上差分LC压控振荡器与电源调节。VCO工作在11.5GHz的中心频率和25%的调谐范围。其在1MHz偏置时的相位噪声优于- 110dBc/Hz,功耗为3mW。在音调采集模式下,锁相环是常规电荷泵锁相环,而在数据采集模式下,DSP核心通过调谐端口校正频率。该锁相环是24Gs/s ADC和相干接收芯片的关键器件之一。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Clock recovery for a 40 Gb/s QPSK optical receiver
A clock recovery circuit for a 40Gb/s optical coherent receiver realized in CMOS 90nm technology is presented. The core PLL generates less 0.3ps rms jitter for a bandwidth of 0.5MHz. This is mainly due to the on-chip differential LC VCO with power supply regulation. The VCO operates at 11.5GHz center frequency with a 25% tuning range. Its phase noise at 1MHz offset is better than −110dBc/Hz, and consumes 3mW of power. In tone acquisition mode the PLL is a regular charge pump PLL, while in data acquisition mode the DSP core corrects the frequency through the tuning ports. The presented PLL is one of the key components in the 24Gs/s ADC and coherent receiver chip.
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