1、

DWDM technology development and optical multiplexer

DWDM技术进展及光复用器

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2、

Full optical fiber time division multiplexer with insensitivity to wavelength

具有波长不敏感特性的全光纤时分复用器

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3、

The Development and Its Performance Evaluation of an Full Optical Fiber Time Division Multiplexer

一种全光纤时分复用器的研制及性能评价

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4、

A novel full optical time division multiplexer ( FOTDM) based on fiber acousto-optic coupler ( FAOC) with loop configuration is presented using the theory of acousto-optic coupled mode.

该文根据声光耦合理论,提出一种由环形光纤声光耦合器构成的新型全光时分复用器。

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5、

The main modulars are semiconductor optical amplifier ( SOA) based on cross gain compression that can perform wavelength conversion, synchronous and time delay modular, and optical time division multiplexer modular.

主要的模块是完成波长转换的基于交叉增益调制的半导体光放大器(SOA)、同步和延时及时分复用模块。

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6、

Time division multiplexing Research on Optical Add Drop Multiplexer Based on Planar Lightwave Circuit Technology

基于平面光波导技术的光分插复用器的研究

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7、

In this paper, firstly a 40Gbit/ s optical time-division multiplexer is designed and made by using the fused-tapered optical fiber coupler and the principle and influences to it are analyzed.

本文首先利用熔锥型耦合器设计并制作了一个40Gbit/s的光时分复用器,并从理论上详尽的分析了其复用原理以及各种因素对该复用器的影响。

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8、

The first kind of multiplexer utilizes SiO2 PLC-based directional couplers, optical delay lines and thermo-optical phase shifters to implement time delay and phase shifting respectively, so as to implement optical inverse discrete Fourier transform.

第一种复用器利用平面光波导耦合器、热光移相器及波导延时线来分别实现移相和延时,从而实现全光离散傅立叶反变换。

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9、

The principle and manufactured method of making optical directional coupler, wavelength division multiplexer using thin film technology in the optical communication system are introduced.

介绍了光纤通信系统中用薄膜技术制成的光定向耦合器,波分复用器等原理及制作方法。

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10、

the study of multiplexer/ demultiplexer used in scm optical communication system

SCM光通信系统用复合/解复合器的研究

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