相位调制信号的波长变换技术研究外文翻译资料

 2022-11-11 11:11

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仿全光四波混频

波长转换

Yongkang Gong,1, 2,* Jungang Huang,1 Kang Li,1, 2 Nigel Copner,1 J. J. Martinez,1 Leirang Wang,2 Tao Duan,2 Wenfu Zhang,2 and W. H. Loh3

1英国格拉摩根大学高级技术大学，CF371DL

2西安光学精密机械研究所瞬态光学与光子学国家重点实验室

中国西安科学院710119

3南安普敦大学光电子研究中心，SO171BJ，英国

*ygong@glam.ac.uk

摘要: 我们首次提出了一种全光波长转换(全光波长变换)方案支持调制格式独立，无需相位匹配。 新的方案被称为仿四波混频(SFWM)，并且与公知的FWM理论（其中感生动态折射率光栅调制光子以产生新频率的波）相比，SFWM的不同之处在于动态折射率光栅在非线性布拉格光栅中产生以激发原始布拉格光栅带的任一侧的附加反射峰 反射光谱中的带隙。 这种基本差异使得SFWM避免了传统FWM所要求的严格相位匹配的固有缺点，并且允许具有调制格式透明性和超宽转换范围的全光波长变换，这在下一代全光网络中具有潜在的应用前景。

sect;2012年美国光学学会

OCIS关键词: （060.1155）全光网络；（230.1150）全光器件；（050.5298）

光子晶体。

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