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Transmission Improvements Using Electrical Dispersion Compensation at the Transmitter Side and RZ Pulse Format in Optical Single Sideband Systems

机译：在光单边带系统中使用电气色散补偿和RZ脉冲格式的电气色散补偿传输改进

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The efficiency of electrical dispersion compensation (EDC), by means of a simple electrical dispersive line, at the transmitter (TX) and receiver (RX) sides in optical single sideband transmission systems is investigated. Significant improvement of the eye opening penalty (EOP) is observed using EDC-TX, when linear transmission is assumed, compared to the EDC-RX proposed in previous works. An EOP degradation of 1 dB is attained using EDC-TX and 10 Gb/s return to zero pulse format after 1000 km standard single mode fiber linear transmission. A Q factor higher than 8 is attained using EDC-TX and a non-linear transmission system with 11X80 km spans, without optical dispersion compensation.

机译：通过简单的电分散线，在光单边带传输系统中的发射器（Tx）和接收器（Rx）侧，电分散补偿（EDC）的效率进行了研究。使用EDC-TX观察眼睛开口惩罚（EOP）的显着改善，当假设线性传输时，与先前作品中提出的EDC-RX相比，当假设线性传输时。在1000公里标准的单模光纤线性传输后，使用EDC-TX和10 GB / s返回到零脉冲格式的EOP降解。使用EDC-TX和具有11x80 km跨距的非线性传输系统，实现高于8的Q因子，没有光学色散补偿。

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《International Conference Transparent Optical Networks》|2005年||共4页
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D. Fonseca; A. Cartaxo; P. Monteiro; IEEE;
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专利

1. Dispersion Management of Electrically Precompensated RZ Single-Sideband Signals at 10 Gb/s Without Inline Dispersion Compensation [J] . Luis R. S., Fonseca D., Teixeira A. L. J., IEEE Photonics Technology Letters . 2007,第14期

机译：电预补偿的RZ单边带信号在10 Gb / s时的色散管理，无需在线色散补偿
2. Optical single sideband transmission at 10 Gb/s using only electrical dispersion compensation [J] . Sieben M., Conradi J. Journal of Lightwave Technology . 1999,第10期

机译：仅使用电色散补偿即可以10 Gb / s的速率进行光学单边带传输
3. Pulsewidth-Tunable CS-RZ Signal Format With Better Tolerance to Dispersion and Nonlinear Degradation in Optical Transmission System [J] . Yi Dong, Zhihong Li, Jinyu Mo, IEEE Photonics Technology Letters . 2004,第5期

机译：在光传输系统中具有更好的色散和非线性衰减容限的可脉宽可调的CS-RZ信号格式
4. Transmission improvements using electrical dispersion compensation at the transmitter side and RZ pulse format in optical single sideband systems [C] . Fonseca D., Cartaxo A., Monteiro P. Transparent Optical Networks, 2005, Proceedings of 2005 7th International Conference . 2005

机译：在光学单边带系统中使用发射机侧的电色散补偿和RZ脉冲格式来改善传输
5. Optical Single-Sideband Modulation with Tunable Optical Carrier to Sideband Ratio in Radio over Fiber Systems. [D] . Song, Nan. 2010

机译：光纤系统中具有可调载频边带比的光单边带调制。
6. Numerical compensation of system polarization mode dispersion in polarization-sensitive optical coherence tomography [O] . Ellen Ziyi Zhang, Wang-Yuhl Oh, Martin L. Villiger, -1

机译：偏振敏感光学相干层析成像系统偏振模色散的数值补偿
7. 40 Gbps RZ Transmission Using Dispersion Compensation of Single-Span in Optical Transmission Links with Multi-Span of Single Mode Fiber [O] . Seong-Real Lee 2011

机译：40 Gbps Rz传输使用单跨在光传输链路中的色散补偿具有单模光纤的多跨度

Transmission Improvements Using Electrical Dispersion Compensation at the Transmitter Side and RZ Pulse Format in Optical Single Sideband Systems

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