optical time division multiplexing

A novel WDM optical time division multiplexing network ( OTDMN) with great capacity is discussed.

提出了一种大容量的WDM光时分复用网络的概念。

High-speed clock signal source is the key equipment in optical communications, in particular, high-speed optical time division multiplexing system, how to get high-speed signal source is the focus of this paper.

高速时钟信号源是光通信，特别是高速光时分复用系统中的关键设备，如何获得高速信号源是本文研究的重点。

Then we have combined the 54 times Optical Time Division Multiplexing system with the 4-wavelength wavelength division and time delay system to finish the whole system. The system has successfully output 8G sample/ s time and wavelength interleaved optical sampling pulses.

完成了54倍光时分复用系统和4波长波分复用延迟系统的结合，给出了7.81G sample/s的时间波长交织光采样脉冲序列的实验结果。

In the experiment, a 4 × 10Gb/ s optical time division multiplexing ( OTDM) signal generating system is established and the polarization scrambler is employed in the system. Then, the performance of the system with and without polarization scrambler is measured.

搭建了4×10Gb/s光时分复用信号产生系统，将扰偏器加在系统中，测试了扰偏器工作前后系统的性能。

2Gbit/ s optical time-division multiplexing experiment using semiconductor laser amplifier as high speed optical switches

利用半导体激光放大器作为高速光调制开关的2Gbit/s光学时分复用实验

The generation of ultra-short optical pulse with high repetition rate is one of the key techniques in the high-speed optical time-division multiplexing ( OTDM) system.

高重复率超短光脉冲的产生是高速光时分复用（OTDM）系统的关键技术之一。

Finally, it briefly explains the optical time division multiplexing.

最后简单介绍同步光时分多路应用。

For achieving ultra-high speed optical time-division multiplexing transmission, optical soliton transmission and high-speed optical switch, the generation of high repetition rate, ultra-short optical pulse is one of the key technologies.

高重复频率、超短光脉冲的产生，是实现超高速光时分复用传输、光孤子传输和高速光交换的关键技术之一。

An Optical Time Division Multiplexing Signal Generating System Using 1 × 8 Fiber couplers

采用1×8光纤耦合器的光时分复用信号产生系统

A novel node configuration of optical time division multiplexing networks

WDM光时分复用网络节点的设计

4 × 2.5Gbit/s optical time division multiplexing signal generation system has been developed in our experiment Fiber coupler loop-connecting configuration can realize the same optical signal multiplexing.

实验中我们实现了4×2.5Gbit/s的光信号复用。

Based on optical time division multiplexing technology, 5 Gb/ s soliton transmission is successfully carried out by using fiber ring laser as the optical source.

利用光纤环激光器作为孤子源和光时分复用技术成功地进行了5Gb／s的孤子传输实验。

An 8 × 2. 5 Gbit/ s optical time division multiplexing signal generating system has been achieved by using two 1 × 8 single-mode fiber couplers.

采用两只1×8单模光纤耦合器，实现了8×2.5Gbit／s时分复用信号的产生。

Studies on Dispersion Compensation in Optical Time Division Multiplexing System

光时分复用系统中的色散补偿的研究

Optical time division multiplexing ( OTDM) technology is one of the most promising way to achieve ultrahigh bit rate transmission.

光时分复用（OTDM）技术是实现超大容量传输的最有希望的途径之一。

Function of Polarization Scrambler in 4 × 10Gb/ s Optical Time Division Multiplexing Signal Generating System

扰偏器在4×10Gb/s光时分复用信号产生系统中的作用