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All-optical time domain 160 Gb/s ADD/DROP based on pump depletion and nonlinearities in a single PPLN waveguide

机译：基于单个PPLN波导中的泵浦损耗和非线性的全光时域160 Gb / s ADD / DROP

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摘要

All-optical time-domain 160 Gb/s add/drop scheme based on PPLN waveguide is demonstrated which exploits pump depletion in addition to sum and difference frequency generation. Less than 3.5 dB penalty on dropped, survived and added channels is obtained.

机译：演示了基于PPLN波导的全光时域160 Gb / s增/减方案，该方案除了产生总和和差频之外，还利用泵浦损耗。获得的下降，存活和增加的通道的损失小于3.5 dB。

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《Conference on Optical Fiber Communication - incudes post deadline papers;OFC 2009 》|2009年|1-3|共3页
会议地点 San Diego, CA(US);San Diego, CA(US)
作者
Bogoni, A.; Xiaoxia Wu; Fazal, I.; Willner, A.;
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CNIT Pisa;

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关键词
multiplexing equipment; nonlinear optics; optical pumping; optical waveguides; ADD/DROP; add/drop scheme; all-optical time domain; frequency generation; pump depletion; pump nonlinearity; single PPLN waveguide; Nonlinear optical devices; Ultrafast phenomena;

机译：多路复用设备；非线性光学光泵浦；光波导；添加/删除添加/删除方案；全光时域频率产生泵耗尽泵非线性单PPLN波导；非线性光学器件；超快现象;

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专利

1. Photonic 640-Gb/s Reconfigurable OTDM Add–Drop Multiplexer Based on Pump Depletion in a Single PPLN Waveguide [J] . Bogoni A., Xiaoxia Wu, Nuccio S.R., Selected Topics in Quantum Electronics, IEEE Journal of . 2012 ,第2期

机译：在单个PPLN波导中基于泵损耗的光子640 Gb / s可重配置OTDM加/减复用器
2. Optimum Design for 160-Gb/s All-Optical Time-Domain Demultiplexing Based on Cascaded Second-Order Nonlinearities of SHG and DFG [J] . Jing ShenSong YuWanyi GuJian Quan Yao Quantum Electronics, IEEE Journal of . 2009 ,第6期

机译：基于SHG和DFG级联二阶非线性的160 Gb / s全光时域多路分解的优化设计
3. Tunable All-Optical Wavelength Conversion of 160-Gb/s RZ Optical Signals by Cascaded SFG-DFG Generation in PPLN Waveguide [J] . Hideaki Furukawa, Ampalavanapillai Nirmalathas, Naoya Wada, IEEE Photonics Technology Letters . 2007 ,第期

机译：在PPLN波导中级联SFG-DFG生成可调谐的160 Gb / s RZ光信号的全光波长转换
4. All-optical time domain 160 Gb/s ADD/DROP based on pump depletion and nonlinearities in a single PPLN waveguide [C] . Antonella Bogoni, Xiaoxia Wu, Irfan Fazal, Conference on Optical Fiber Communication . 2009

机译：全光时域160 GB / S基于单个PPLN波导中的泵耗尽和非线性的加入/滴
5. Finite-difference time-domain modeling of a waveguide-based radio frequency exposure system for studying nonthermal effects on catecholamine release from chromaffin cells: Characterization and optimization. [D] . Hagan, Todd. 2005

机译：基于波导的射频暴露系统的有限差分时域建模，用于研究对嗜铬细胞释放儿茶酚胺的非热效应：表征和优化。
6. An Intrabody Based on a Llama Single-domain Antibody Targeting the N-terminal α-Helical Multimerization Domain of HIV-1 Rev Prevents Viral Production [O] . Thomas Vercruysse, Els Pardon, Els Vanstreels, 2010

机译：基于骆驼单域抗体针对HIV-1 Rev的N端α-螺旋多聚域的体内预防病毒的生产。
7. 160 Gb/s Time-Domain Channel Extraction/ Insertion and All-Optical Logic Operations Exploiting a Single PPLN Waveguide [O] . Antonella Bogoni, Xiaoxia Wu, Student Member, 2015

机译：利用单个ppLN波导的160 Gb / s时域信道提取/插入和全光逻辑操作
8. Heterodyne Pump-Probe Technique for Time-Domain Studies of Optical Nonlinearitiesin Waveguides [R] . Hall, K. L., Lenz, G., Ippen, E. P., 1992

机译：用于波导中光学非线性的时域研究的外差泵浦探针技术

All-optical time domain 160 Gb/s ADD/DROP based on pump depletion and nonlinearities in a single PPLN waveguide

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