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本文所研究的光电振荡器（OEO）是一种高速光电混合环路,其振荡频率可以被锁定于外界信号的数据率.本文利用OEO首次实现10Git/s的非归零码（NRZ）时钟提取,获得了时间抖动小于0.4ps的时钟信号,测得OEO的注人锁定频率范围可达800kHz.实验中发现OEO中凋制器的偏置电压对OEO的注入锁定范围有很大影响.合理控制OEO的工作条件,在进行时钟提取的同时,还可以实现NRZ码到RZ（归零）码的码型转化.将转换后的RZ码进行了160km传输,结果证明这种码型适合传输,该实验说明OEO可以用作不同码型光网络中间的码型转化节点.
The optoelectronic oscillator (OEO) studied in this paper is a kind of high-speed optoelectronic hybrid loop whose oscillation frequency can be locked to the data rate of external signals.In this paper, the first 10Git / s NRZ clock extraction using OEO , Obtained the time jitter less than 0.4ps clock signal measured OEO injection locking frequency range up to 800kHz.Experiment found OEO in the regulator bias voltage OEO injection locking range has a significant impact on the reasonable control OEO working conditions, in the same time, the clock can also be achieved NRZ code to RZ (zero) code conversion. The converted RZ code was 160km transmission, the results prove that this type of code is suitable for transmission, the The experiment shows that OEO can be used as a pattern conversion node in the middle of different optical networks.