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首页> 外文期刊>Optics Letters >Stable new bound soliton pairs in a 10 GHz hybrid frequency modulation mode-locked Er-fiber laser
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Stable new bound soliton pairs in a 10 GHz hybrid frequency modulation mode-locked Er-fiber laser

机译:10 GHz混合频率调制锁模Er光纤中稳定的新束缚孤子对

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摘要

We report what is, to our knowledge, the first experimental observation of stable new bound soliton pairs at the 10 GHz repetition rate in a hybrid FM harmonic mode-locked Er-fiber laser (1177 soliton pairs simultaneously in the laser cavity). The two solitons in the soliton pair have the identical pulse shape and are with the antiphase (pi phase difference). Their time separation is about three times the FWHM soliton width and varies with the phase modulation strength. The corresponding mechanism for explaining the formation as well as the superior stability of these closely bound soliton pairs is also given.
机译:据我们所知,这是在混合FM谐波锁模Er光纤激光器(同时在激光腔中同时有1177个孤子)以10 GHz重复频率进行的稳定的新束缚孤子对的首次实验观察。孤子对中的两个孤子具有相同的脉冲形状,并且具有反相(π相差)。它们的时间间隔约为FWHM孤子宽度的三倍,并随相位调制强度而变化。还给出了解释这些紧密结合的孤子对的形成以及优异稳定性的相应机理。

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