中继设备的英文

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英文翻译
造句

repeater facility
te trunk equipment
trunk facility

中继 relay; repeating; relaying; ...
设备 equipment; device; facility; ...
帧中继设备 fad frame relay device
中继设备号 trunk equipment number
广播中继设备 broadcasting junctioning equipment; broadcastion junctional equipment
连络中继设备 link line equipment
音频中继设备 voice-frequency repeating equipment
有线中继设备 line relaying equipment
远距中继设备 remote pick-up equipment
中继设备编号 ten trunk equipment number
电报自动中继设备 tare telegraph automatic relay equipment
无线电中继设备 radio relay equipment; radio repeater set
中继设备处理程序 trunk device handler
中继设备继电器 relaydevice
自动出中继设备 outgoing automatic trunk equipment
戴维斯中继设备公司 davis trunking ltd
微波无线电中继设备 microwave radio relay equipment
帧中继设备技术要求及检验方法 technical requirements and test methods for frame relay device
中继线设备 junction equipment; relayed line unit; tle trunk line equipment; trunk line equipment
中继拆线设备 trunk release equipment
市话中继交换设备 ljsu local junction switching unit
微波中继通信设备 microwave radio relay equipment
讯框中继存取设备 frame relay access device frad
帐中继终端设备 frte frame-relay terminal equipment
帧中继访问设备 frad frame relay access device; frame relay access device

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例句与用法

Technical requirements for stm - 64 regenerative repeater
Stm - 64再生中继设备技术要求
Technical requirements and test methods for frame relay device
帧中继设备技术要求及检验方法
The main function of the repeater in this design is to connect the power - line together with ethernet
设计中的重点? ?网络中继设备的功能是将家庭中的电力线网络和外部的以太网实现透明互联。
Graphical symbols for diagrams - part 9 : telecommunications ; switching and peripheral equipment iec 60617 - 9 : 1996 ; german version en 60617 - 9 : 1996
线图图形符号.第9部分:电信线路图.中继设备和终端设
As all ethernet function is supported , this repeater was designed under the standard of ieee802 . 3 . the whole repeater system was working based on a hardware platform
由于都采用了以太网的标准，因此中继设备完全按照ieee802 . 3中的中继器标准设计。
Main products include pdh series digital microwave communication equipments , digital tv codec , digital mmds / muds transmitting and relaying equipments , high performance antenna , etc
主要产品有： pdh系列数字微波通信设备，数字电视编解码器、数字mmds / muds发射和中继设备、高性能微波天线等。
After the introduction of pcm , a pair of fiber can transmit at the rate of 34 mbits , which is equivalent to 480 circuits . now , digital trunks have been introduced , with a port rate of 2 mbits , which is equivalent to 30 circuits
在pcm出现之后，一对光纤可传送34mbits ，相当于480条电路；现交换机中继设备数字中继，每端口速率2mbits ， 30条电路。
The millimeter has the largest frequency band and the highest velocity of communication , but it has the highest cost and technical defaults : multi - path effect , reflect and scatter caused by cloud , smoke , water - dropping , the buildings , the grounds and its shape , the interference caus ed by the thunder , the complexity of device , difficult maintenance , and so on . now the band of the leakage coaxial line is up to 3ghz , leakage coaxial line has some advantages : good adaptability to cloud , smoke , water - dropping , the buildings , the grounds and its shapes , good steady field , it has some technical defaults : lower resolution for location and measuring velocity , the more complex of its sending - receiving relay devices , weak anti - interference , the strict demand for the hole size in the line , the cleaner work environment and the higher cost
毫米波具有最大的带宽和最高的通信速率，但也有最高的成本要求和较难克服的技术问题，即传播的多径效应，降水、云雾、地形、地貌、建筑物等的反射散射，打雷时的严重干扰，设备复杂，维护困难等等；泄漏同轴电缆的带宽目前已做到3ghz ，具有对地形地貌建筑物的适应性强，场强稳定，但它的定位测速精度低，它的收发中继设备较复杂，抗干扰能力低，电缆上的开槽有着严格的尺寸要求，工作环境要求清洁，成本较高；传统无线感应技术具有结构简单，成本低廉，维护方便，定位精度较高的优点，但是，它没有抗干扰能力。
In the system , the low voltage power line is the first signal tunnel without any other relay equipments between customer terminal and substation collector , public telephone line serves as the second signal tunnel between substation and management center computer . as a breakthrough of conventional concept of electricity meter , this thesis initiate a new concept , namely , intelligent power customer terminal ( shortly , customer terminal ) , which is developed with spread spectrum plc communication functional and possesses many advanced functions , such as , in addition to electric energy acquisition , guarding against electricity pilfering , preventing wrong connection , protecting malfunction , remote communication ( for example , remote power supply or halt , remote configuration of electricity meter , remote load control , etc ) , and so on
本文首先系统地总结了目前国内外低压电力网数据传输技术的研究现状和存在的问题，在此基础上，从理论上论证了在低压电网上应用扩频载波数据通信技术的可行性和优越性，并重点论述了扩频载波技术抗电力线噪声干扰的机埋；本文提出了一个新颖的基于低压电力线扩频载波通信技术的集中远抄系统的总体方案，即由用户终端、集中器和电能管理系统所组成的网络系统，其中，用户终端到配变集中器用低压电力线作为信道，中间无需其他硬件中继设备，集中器到电能管理系统用公用电话网作为信道。
This project focuses on r & d of home network , especially in communication between the devices in home . after learning the popular home network architecture around , a new solution for communication in home was proposed based on power - line carrier communication technique and digital communication technique . a new home network repeater was also developed under this idea frame
本课题主要针对目前家庭网络发展迅速的情况，对家庭网络设备之间进行数据互通方式的发展进行了研究，结合目前流行的家庭网络组网方式，电力线载波技术和数字通讯技术，提出了一种新型的家庭网络设备之间的互联方案，并按照这个思路设计出了实现这个方案所需的网络中继设备。