Fiber-optic communication

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

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。

Simulation on Characteristics of the Source in the Fiber-optic Communication System

光纤通信系统中光源特性的模拟

Optical power measurement is one of the basic testing parameters of fiber-optic communication system .

光功率测量是光纤通信系统最基本的测试参数之一。

New technology of high-speed and ultra long haul fiber-optic communication system ;

超长站距光传输技术在电力系统具有广阔的应用前景。

Effect of Laser Noise on Receiver Performance of Coherent Fiber-Optic Communication Systems

激光源噪声对光纤相干通信接收机性能的影响

Improvement in Understanding of the Course Fiber-Optic Communication Systems

浅析《光纤通信系统》课程的教学

The Acceptance Test of Optical Fiber Cables for Fiber-optic Communication Projects

光纤通信工程光纤光缆的验收

Research on Pluggable Technology of Small Form Factor Pluggable Fiber-optic Communication Module

小封装光模块的热插拔技术研究

Effects of initial chirping and polarization on fiber-optic communication systems

初始啁啾和偏振效应对光纤通信系统的影响

Information Superhighway and High-speed Fiber-optic Communication Network

信息高速公路与高速光纤通信网

The Integrated OE Line Terminal Equipment for Digital Fiber-optic communication and the Way of Frame Synchronization

光电合架数字光纤通信端机及帧同步方式

Approximation and Realization of Optimal Transfer Function of Receivers in Full-Response Digital Fiber-optic Communication Systems

全响应数字光纤通信接收机最佳传递函数的逼近与实现

Tolerance of the fiber links of single-channel fiber-optic communication systems to variations of the average dispersion

单信道光纤通信系统的链路平均色散容限

Fiber-optic communication fibers were stranded into conventional ACSR conductors to provide dynamic rating data .

该技术将通信光纤并入传统的ACSR（钢芯铝绞线）导线，进行动态温度测量。

With the development of fiber-optic communication system and bandwidth services , OTDM system has been the focus of research in the world .

随着光纤通信和宽带业务的飞速发展，OTDM系统逐渐成为世界范围的研究热点。

Optical fiber connector is a device used to Fiber-optic communication . It plays a crucial role for the connective precision .

光纤连接器是光纤通信中的连接器件，其对于光纤系统连接精度起着至关重要的作用。

Plastic-fiber-connected intelligent home fiber-optic communication systems

塑料光纤连接的智能家庭光纤通信系统

This paper deals with the effect of FM quantum noise of laser sources on the receiver performance in coherent fiber-optic communication systems .

本文分析了激光源FM量子噪声对数字光纤相干通信接收机性能的影响。

The results show that the three switches are very suitable for silicon-based monolithic optoelectronic and photonic integration and fiber-optic communication applications .

这三种光波导开关具有体积小、单模运作、对偏振和波长不敏感等特点，非常适合于光纤通讯系统和全光网络应用，并且具有实现硅基光电子和光子单片集成优势。

A method is proposed for the approximation and realization of the optimal transfer function of the receivers in full-response digital fiber-optic communication systems .

本文提出了全响应数字光纤通信接收机最佳传递函数的逼近和实现方法；

In the existing and designing fiber-optic communication systems , we must measure the system so as to make sure that whether the system is able to meet the requirements .

在现存及设计中的光纤通信系统中，我们必须对其进行测量以确定系统是否能够达到系统要求。

The circuit types approaching the realization of the optimal transfer function of the receiver in low - and high-dispersion digital fiber-optic communication systems are given .

给出了在小色散和大色散光纤通信系统中近似实现光接收机最佳传递函数的电路型式；

It has been over two decades since the first experiment of fiber communication was operated in 1978 . Fiber-optic communication technologies have been put into commerce step by step .

自1978年第一个光纤通信实验开始，光纤通信技术逐步投入了商用，距今己经历了20多年。

Along with the rapid development of digital communication technology especially the fiber-optic communication technology , nowadays man attaches more and more attention to the error code performance of the communication channel .

随着数字通信尤其是光纤通信技术日新月异地发展，人们越来越重视信道的误码性能。

In the paper , the applications of optical fiber in fiber-optic communication , fiber-optic guidance torpedo and missile , fiber-optic gyro and optical hydrophone are emphatically described .

着重叙述光纤目前在海军最有发展前途的几个领域（光纤通信、光纤制导鱼雷、导弹、光纤陀螺和光学水听器等）的应用。

High-speed modulated semiconductor lasers and tunable semiconductor lasers play an important role in fiber-optic communication systems . They are the essential components in high-capacity WDM systems and coherent transmission systems .

高速调制半导体激光器和可调谐半导体激光器在光纤通信系统中扮演着重要的角色，是大容量波分复用系统、相干通信系统的关键器件，已引起了人们的极大关注。

With the development of fiber-optic communication systems and fiber-optic sensors , the LiNbO_3 integrated optical intensity modulators consisting of M-Z optical waveguide and CPW modulation electrode structure get an extensively application .

随着光纤通信与光纤传感的发展，以LiNbO3为衬底材料、以M-Z干涉仪为光波导结构、采用共面行波电极（CPW）为调制电极的集成光学强度调制器得到了越来越广泛的应用。

Communication is the key to Distribution Automation . The traditional distribution networks generally include the fiber-optic communication , carrier , microwave , radio and so on . However , anyone can not satisfy the system requirements alone .

通讯是配电自动化的关键，传统的配电网通信一般采用光纤、载波、微波、无线电等通讯方案，但任何一种都不能完全满足系统要求。

Optical orthogonal frequency division multiplexing ( OOFDM ) technology is a recent emerging optical transmission technology , which combines orthogonal frequency division multiplexing and fiber-optic communication technology , with all the advantages of both .

光正交频分复用（OOFDM）技术是近年来出现的一种新型光传输技术，它是正交频分复用技术和光纤通信技术相结合的产物，拥有两者的所有优点。

Comparing with semiconductor lasers , the fiber lasers with rare-earth-element fiber as gain medium possess good gain features , high conversion efficiency , low threshold , high beam quality , and compatibility with fiber-optic communication system .

光纤激光器以掺稀土元素光纤作为增益介质，与半导体激光器相比，具有增益特性好、转换效率高、阈值低、输出光束质量好、与现有通信系统相兼容等特点；