CAJ | 학술논문

采用主动锁模技术，在光纤环形激光器中实现了脉冲重复率为10　GHz、脉冲宽度为10[ KG*4]ps、线宽为0.171　nm的激光输出，波长调谐范围达37.8　nm。实验结果表明，主动锁模光纤激光器由于其输出脉冲窄、脉冲啁啾小、波长调谐方便及与光纤系统兼容等优点，有望成为未来超高速光通信系统中的理想光源。
채용주동쇄모기술，재광섬배형격광기중실현료맥충중복솔위10　GHz、맥충관도위10[ KG*4]ps、선관위0.171　nm적격광수출，파장조해범위체37.8　nm。실험결과표 명，주동쇄모광섬격 광기유우기수출맥충착、맥충조추소、파장조해방편급여광섬계통겸용등우점，유망성위미 래초고속광통신계통중적이상광원。
Using active mode-locking technique, laser output with repetition rate 10 GHz, pulse width 10 ps and spectrum width 0.171 nm has been obtained here, the tunab l e wavelength is 37.8 nm. The experimental results show that, active mode-lock in g fiber lasers can be the promising source in future ultra high-rate optical co mmunication systems because of its narrow pulse width, little pulse chirp, conve niently wavelength tunable and well compatibility with communication systems.