time division multiplexer

The Clock and Synchronism of the Time division Multiplexer of the E1 Channel and Application of the SUB E1

E1信道时分多路复用器-时钟和同步问题及SUB E1的应用

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

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

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。

With the development of the data communication and the multimedia communication, the time division multiplexer ( MUX) of Channel E1 is applied widely.

随着数据通信、多媒体通信等业务的发展，E1信道的时分多路复用器（MUX）得到了广泛的应用。

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

The paper describes the clock and synchronism of the time division multiplexer of the E1 channel and the application of the SUB E1.Clock and synchronism are two questions that we frequently face in applications;

本文将叙述E1信道时分多路复用器的时钟和同步，和E1（SUB E1）的应用两个问题。时钟与同步是在应用中常会遇到的问题；

32kb/ s Error correcting Time division Multiplexer

32kb/S纠错时分复用设备

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。

Realized Ways of Time Division Multiplexer in PLD Design

PLD设计中多路复用器的实现方法

The control model of integrated transmission of voice and data with the movable boundary at a time division multiplexer is analysed. The successive approximation is applied to obtain the optimal capacity allocation policy under certain performance criteria.

分析了一种基于时分复用（TDM）的可移动边界型语音－数据综合传输控制模型，采用逐次逼近算法求出了在一定性能准则条件下的最佳信道容量分配方案。

This paper introduces the principle of a fiber optic communication system of time division multiplexer based on large scale CPLD, and presents the method of implementing encoder/ decoder and large scale CPLD.

介绍了一种基于大规模CPLD实现的8路时分复用光纤传输系统的原理，并详细说明了利用编/解码芯片和大规模CPLD实现时分多路传输系统的方法。

This paper makes a attempt to discuss the realized ways of time division multiplexer in PLD design from three aspects and the characters of each method are illustrated.

从三个方面讨论了PLD设计中多路复用器的实现方法，说明了每种方法的特点。

This paper introduces circuit particular, devising method and simulating result of a time division multiplexer IC which is used to future computer network.

本文介绍用于计算机网络内的单片集成时分多路转换器的线路特点、设计方法和模拟结果。