Compact Integrated Phase Locked Loop for Optical Frequency Difference Locking

Xiaochuan Shen, R. Costanzo, Prerana Singaraju, S. Bowers
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Abstract

In this paper, a compact integrated CMOS phase locked loop (PLL) is proposed to lock the drifting beatnote generated by heterodyning two optical lasers/comb tones. The integrated PLL is fabricated in TSMC 65nm CMOS process. It takes dc power of 9.8 mW and occupies an area of 0.67 mm2. When heterogeneously integrated with photonic chips, stable and high-power millimeter wave (mm-wave) could be generated in a compact packaging for radio-over-fiber communication systems and antenna remoting. A prototype of the integrated PLL is demonstrated and measured with the beatnote locked at 1.12 GHz.
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用于光频差锁定的紧凑型集成锁相环
本文提出了一种紧凑的集成CMOS锁相环(PLL),用于锁定外差两光激光器/梳状音调产生的漂移音。集成锁相环采用台积电65nm CMOS工艺制造。它的直流功率为9.8 mW,占地面积为0.67 mm2。当与光子芯片异质集成时,可以在紧凑的封装中产生稳定的高功率毫米波(mm-wave),用于光纤上无线电通信系统和天线遥控。对集成锁相环的原型进行了演示和测量,并将节拍锁定在1.12 GHz。
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