光纤通讯

伴随光纤通讯技术日新月异的发展，光纤传感技术得到长足进步。

Following the fast development of fiber-optic communication technology , the fiber sensing technology has made great progress .

基于DSP和光纤通讯的电流互感器必将具有广阔的应用前景。

The current transducer based on DSP and optical communication technique will have wide application prospects in the future .

基于DSP和光纤通讯的电流采样和处理系统的研究

Research on the Current Sampling and Processing System Based on DSP Chip and Optical Fibre Communication

这些发光特性使其在光纤通讯和光电集成领域有着广阔的应用前景，使得Er掺杂材料成为硅基光电集成的研究重点。

The luminescence characteristic makes the extensive application of Er-doped material in the field of integrated optoelectronics .

波分复用（WDM）是大幅度提高光纤通讯系统容量的有效途径，是国际上光纤通讯技术的发展方向。

Wavelength-Division-Multiplexing ( WDM ) technology is an effective approach to increase the capacity of fiber communication system .

近年来，随着光纤通讯技术的快速发展，传统的硅酸盐玻璃基质掺铒光纤放大器EDFA已经不能满足信息时代的要求。

In recent years , with the developing of communication technology , the traditional erbium doped fiber amplifier EDFA in silicate glass matrix can not meet the requirements of the information age .

二次监控系统包括开关控制、本地监控、远程监控三个部分，它选用西门子PLC作为控制器，触摸屏作为本地监控设备，并通过光纤通讯完成远程监控。

The secondary monitor system includes three parts : the control of switches , the local monitor and the remote monitor . We select the SIEMENS PLC as its controller and the touch panel as the local monitor and its remote monitoring is done by fiber communication .

梯度折射率材料（Gradient-Index，GRIN）是一种新型的光学材料，在光纤通讯系统及微型光学系统等领域具有重要的应用价值。

The gradient refractive index ( Gradient-Index , GRIN ) material , a new kind of optical material , has important applied value in many fields such as optical fiber communication system and micro-optical system .

随着社会和科技的进步，人们对信息需求量越来越大，传统的电通讯方式正在让位于光纤通讯，DWDM（密集型波分复用）就是光纤通讯中很有前途的一种技术。

With the progress of our society and the development of technology , more and more information is required by people . The optical communication is taking place of traditional electronic communication and the DWDM is a quite promising technique .

本文从理论与实验上论证了光纤通讯光强调制（IM）和新型驻波声光调制（SWAOM）系统中的互调制信号失真与畸变以及信噪比。

The intermodulation distortion and SNR of both the conventional Intensity Modulation ( IM ) system and a novel Standing Wave Acousto-Optical Modulation ( SWAOM ) system were demonstrated theoretically and experimentally in this paper .

一种用于622Mb/s光纤通讯的时钟恢复电路

A Clock Recovery Circuit for 622-Mb / s Optical-Fiber Communication Systems

光纤通讯在计算机系统中的应用

The application of fiber optic communication to the computer system

加速器电子枪控制器的设计及其远程光纤通讯的实现

Design and remote fiber communication of NSRL electron gun controller

光纤通讯主要应用的是红外光波。

Applications of the glass fiber are mainly in the infrared region .

在几乎所有的光纤通讯的测量中都要用到。

In almost all in the measurement of optical fiber communication purposes .

其应用领域也已从目前最为成熟的光纤通讯网络方面迅速地向其他更为广阔的激光应用领域扩展。

Its application field is expanded from fiber communication to other more fields .

光纤通讯系统中光弧子传输研究的新进展

New Development of Transmission Researches about Optical Solitons in Optical Fiber Telecommunication Systems

光纤通讯在配网自动化系统中的应用

Applying with Fiber Optical Communication in Distribution Automation

适用作远程实时数据采集平台的光纤通讯系统

A Fibre Communication System Suitable for a Hardware Platform of Long-Distance Real-Time Data Acquisition

光纤通讯系统可靠性技术研究

The Reliability development of optical fiber telecommunication

光纤通讯频分系统的互调制与信噪比

Intermodulations and SNR of Optical FDM Schemes

就已有了遍及全国的光纤通讯网络。

Had a nationwide fibre-optic network .

非线性物理简介：8.光学孤子及其在光纤通讯中的应用

Introduction to nonlinear physics : 8 . optical soliton and its application in optical fiber communications

一种应用于高速光纤通讯系统的激光二极管/调制器的单片集成驱动电路已开发成功。

An integrated laser / modulator driver for high-speed optical fiber communication systems has been developed .

大亚湾实验时间系统与各个测试站之间采用了光纤通讯的方案。

The Daya Bay experiment time system communicates with all the measurement stations through optical cables .

为了充分利用光纤通讯的带宽优势，人们一直梦想着能够实现全光通信技术。

To address the problem , men have been dreaming of the coming of all-optical communication fo .

光纤通讯担纲存储未来

Light communication and future storage

光纤通讯与载波通讯在高压线路纵联保护中的应用比较

Fiber - optic Communication with Carrier Wave Communication in High Pressure Circuit Difference Protection of Application Comparison

可用于耦合器等光纤通讯器件的粘接封装。

The adhesive can bond and package all kinds of photoconductive fiber communication apparatus such as coupler et al .

于光纤通讯系统稀土铁石榴石法拉第旋转器中作为杂质的铅。

Lead as impurity in RIG ( rare earth iron garnet ) Faraday rotators used for fibre optic communications systems .