光纤模块

LD数字光纤发射模块的控制方法

Control Method of LD Digital Optical Transmitter

小封装LCOC-48光纤收发模块的设计

The Design of Small-package LC OC-48 Fiber Transmitter-Receiver Module

根据半导体热电致冷器（TEC）工作的基本原理，分析了光纤光源模块的温度动态特性，建立了与之对应的数学模型。

According to the basic theory of the thermo-electric cooler ( TEC ), the temperature dynamic characteristics of the optic-fiber light source module was analyzed , and mathematics model was established corresponds to its .

报道了高功率掺饵光纤放大器模块的研制。

A high output power erbium-doped fiber amplifier module is reported .

半导体激光器及其列阵光纤耦合模块的研制

Design of Fiber Coupled Module of Semiconductor Laser and It 's Array

本文围绕基于色散补偿光纤和模块开展了深入的理论和实验研究。

In this dissertation , we focus on dispersion compensation fiber and module .

808nm大功率半导体激光器光纤耦合模块系统

808 nm High Power Semiconductor Laser Fiber Coupling Module

独立设计的光纤收发模块被用作与各个测试站之间的通讯接口。

An optical-transceiver module was designed and tested .

高功率激光二极管线阵光纤耦合模块的研制

Development of high power LDA fiber coupling module

传输实验的成功证实了色散补偿模块能够满足密集波分系统高速通信的需要。我们研制的色散补偿光纤及模块也通过了科技部863专家组组织的验收。

The success of the communication system experiment approves that our dispersion compensation module meets the requirement of DWDM .

设计并制作了光纤耦合模块的温度控制系统，并制作成温控光纤输出激光器半导体系统投入使用。

Designing the temperature-controlled laser diode fiber modules , that has been used as a laser system with temperature-controlled and fiber-output ;

同时，还研究并设计了一套光纤通信模块，解决了数据传输瓶颈问题，实现了数据的高速实时传输。

At the same time , optical fiber communication module is studied and devised , which solves the data transmission bottleneck and implements high-speed and real-time transmission .

介绍了无线光通信的特点，比较了光电检测器、光纤接收模块、自聚焦透镜和多模光纤接收机耦合三种设计方案，提出了自聚焦透镜和多模光纤之间的耦合设计是最优方案。

The characteristics of free space optical communication are presented . An optimized scheme coupling by GRIN lenses is proposed , after analyzing and comparing the optical receiver design schemes of the PD detecting coupling by fiber .

塑料光纤电话嵌入模块的设计

Telephone The Design of Embedding Module of Plastic Optic Fiber

雷达数字信号光纤传输系统发射模块的设计

Design of radar digital signal optical fiber transmission system 's transmitter module

光纤数字图像传输模块的研制

Development of Fiber Optic Digital Video Interface

结果表明，该电流源达到理论设计要求，可应用于光纤放大器抽运模块。

Results indicate that the circuit meets the theory design demands and can be applied in pump-modules of fiber amplifiers .

该设计也适合于在光纤通信用激光模块、光放大器、微型精密黑体以及高性能晶体振荡器等方面的应用。

Appropriate applications for this approach include fiber optic laser module , photon amplifier , precision miniaturized black body and high-performance crystal-oscillator .

另一方面从时序信号光纤网接收核心模块提供的精确同步系统时钟和触发信号，从而同步所控制的子系统。

The other hand , the central node receives the synchronized system clock and trigger signal from the timing signal fiber optic network , which provided by the core module .