demux

Finally , we test the mux / demux functional board .

最后，我们对复用／解复用功能板进行了实验测试。

The main function is the DEMUX for transmission flows , PID filters , CW providing , as well as SECTION filters .

完成的主要功能有传输流的解复用，PID过滤，CW提供，以及SECTION过滤。

Therefore , Demux is an important part of high speed communication system , its performance directly influence the last output signal .

因此，分接器是实现高速通信系统的重要部分，其性能直接影响到最后的输出信号。

The Scalar Theory and a Simplified Model of Arrayed Wave - guide Grating Demux

阵列波导光栅解复用器的标量传输理论及其简化模型

The power consumption of the DEMUX chip is 400 mW with 1.8 V supply voltage .

芯片的电源供电电压为1.8V，功耗为400mW。

Design technology of STM-1 MUX / DEMUX in SDH transmission analyzer

SDH传输分析仪中STM-1复用／解复用器设计技术

MOSFET Model and MUX / DEMUX Circuits Design

MOSFET模型及MUX/DEMUX电路设计

The Research of the MUX / DEMUX Module Design and FEC Coding in ETDM Optical Communication System

ETDM光通信系统复用/解复用模块设计及FEC编码的研究

A DEMUX circuit operating at 1.25 Gb / s for Gigabit Ethernet is introduced .

介绍一种用于千兆以太网的1.25Gb/s分接器电路。

H.221 Mux / Demux of video , audio and data ;

视频、声频和用户数据的H.221的复用和解复用；

Design of Demux Circuit in STB

数字电视机顶盒解复用电路的设计

A Low-Power 10 Gb / s CMOS 1:4 DEMUX IC

低功耗10Gb/sCMOS1：4分接器

Then , a novel high speed 1:4 Demux , which had the features of simple structure and low power consumption , was presented ( patent pending ) .

在详细地介绍和分析了各种分接器性能的优缺点之后，提出了一种结构简单、低功耗并且适合超高速工作的新型1：4分接器结构（已申请专利）。

In Android application framework layer , CMMB Service module is designed , realize the abstraction of demodulator , demux function and application programming interface for upper layer .

在Android的应用程序框架层，设计了CMMBService模块，实现了抽象解调器，解复用，以及向上层提供编程接口的功能。

In physical layer , low cost implementation technology was proposed , such as narrowband optical filter , low cost DWDM laser and upstream wavelength mux / demux technology .

在物理层提出了低成本的实现技术：窄带光滤波器，低成本密集波分复用（DWDM）激光器和上行波长复用/解复用技术。

To reduce the cost , simplify the structure and decrease the risk of failure , the frequency divider and 1:2 Demux were designed , fabricated and measured firstly .

为了节省成本、简化设计和降低风险，本文首先对两个子电路（分频器和1：2分接器）进行了设计、制造和测试。

Multi / Demultiplexer ( MUX / DEMUX ) is the key device in DWDM system and the optical network which has wavelength-selective functions .

光分波合波器是密集波分复用（DWDM）系统及光网络系统中的核心器件之一，是所有波长选择性功能的硬件基础。

The tree structure is selected for this de-multiplexer , including a high-speed 1 ∶ 2 DEMUX circuit and two low-speed 1 ∶ 5 DEMUX circuits .

电路采用树型分接器结构进行设计，包含一个高速1∶2分接器电路和两个低速1∶5分接器电路。

The DEMUX module presented in this paper is the conditional access module card ( CAM ) seperated from DTV card and is used for the transport stream DEMUX .

解复用模块是数字电视机卡分离技术中被分离出来的条件接收卡（以下简称CAM卡），用于TS流的解复用。

Based on the concepts of the 2-dimension diffraction grating and the planar waveguide array , a novel optical multiplexer / demultiplexer ( Mux / Demux ) employing the 2-dimension arrayed-waveguide grating is proposed .

基于二维分布衍射光栅与平面波导概念，提出了基于二维分布阵列波导光栅的光波分复用器/解复用器。

The main circuits include a trans-impedance amplifier ( TIA ), a limiting amplifier , a clock and data recovery ( CDR ) unit , and a ( 1 ∶ 4 ) demultiplexer ( DEMUX ) .

主要电路包括前置放大、限幅放大、时钟恢复、数据判决和1∶4分接。

In optical transmission system , Demultiplexer ( Demux ) is at the tail end of the optic-fiber receiver . Demux transforms the one way high speed serial signal which from data decision to N ( N1 ) way low speed parallel signal .

在光纤传输系统中，分接器处于光接收机的末端，将经过数据判决后得到的高速串行信号转变为并行的多路低速信号。