通信電源 的英文怎麼說

中文拼音 [tōngxìndiànyuán]
通信電源 英文
communication power supply
  • 通 : 通量詞（用於動作）
  • 電 : Ⅰ名詞1 （有電荷存在和電荷變化的現象） electricity 2 （電報） telegram; cable Ⅱ動詞1 （觸電） give...
  • 源 : 名詞1. （水流起頭的地方） source （of a river）; fountainhead 2. （來源） source; cause 3. （姓氏） a surname
  • 通信 : communication; communicate by letter; correspond
  • 電源 : source; current source; electric source; power pack; power supply; power source; source of power ...
  1. The core products include telecom power systems, board mounted power supplies, custom power supplies, ups, precision air conditionings, outdoor shelter solutions, automatic transfer systems, network power protection products, vrla batteries, lv & precision distribution cabinets, centralized power and environment monitoring systems, dc power systems and ac motor drive inverters used in electric utility power systems

    艾默生網路能源產品涉及通信電源、印刷板板裝電源、客戶定製電源、 ups 、機房專用精密空調、戶外一體化通信機櫃、自動切換開關、動力網路保護產品、蓄電池、低壓配電和精密配電櫃、動力設備及環境監控系統、電力操作電源、交流變頻調速器等領域。
  2. The naming rule of types of telecommunication power supply

    通信電源設備型號命名方法
  3. Currently, there is still no unified standard on the engine room of telephone offices. in the construction stage, civil designing institutes often only had a rough knowledge of the characteristics of the communications power facility. this has led to an irrational layout of the engine room and air inlets and outlets

    現由於電話局油機房沒有統一的標準，在土建施工階段因土建設計單位對通信電源設備的性能了解得不透徹，造成油機房布局和進、排風口安排不合理，在後期對油機房進行消噪音處理時難度加大和投資量增多。
  4. According to the standard of can agreement the message agreement for the system has been designed. whose design thinking and its realizing way of the three kernel parts ( can kard ^ can oriented object and field communicatioan interface moudule ) in the system have been given. it is applied by the oriented subject technigue, and through the analyses of ststic characteristic, and dynamic characteristic of the equipment, the configuration tool category has been gotten to complete the configuration to equipment

    系統通過傳輸介質把監控中心和現場通信介面模塊掛接在can總線上，組成一個控制器局域網路，從而實現對各種在線通信電源設備的分散控制、統一管理；根據can協議的規范設計了系統的通信協議，給出了系統中三大核心部分（ can適配卡、 can中繼器和現場通信介面模塊）的設計思路和實現方式，並給出了相關硬體電路的結構框圖以及軟體設計流程圖；運用面向對象技術，通過對設備的靜態特徵和動態特徵的分析，得到其組態工具- -類，完成對設備的組態。
  5. The generator set cabin for military communication is the new equipment of military communication vehicle during the " tenth five - years " of the pla. the ventilation and heat dispersion of the generator set is a very important to affect the normal working of the whole equipment

    軍用通信電源機組艙是我軍「十五」期間軍用通信車的新裝備，其中，艙內機組的通風散熱常常是影響整個裝備正常工作的重要部分。
  6. Research on the new power converter technique used in modern communication power supplies

    功率變換新技術在現代通信電源設計中的應用
  7. Code for design of railway telecommunication power supply

    鐵路通信電源設計規范
  8. The application of gpib interface on the emc automated measurement system

    介面的通信電源模塊自動測試系統
  9. One of main reengineering purpose is reusing legacy system

    本文的研究對象? ? zxm10通信電源監控系統的就是這樣典型的例子。
  10. In view of the characteristics of manless on duty, this paper studies communication power supply supervision system in systematic analysis and software development

    該文主要從系統分析和軟體開發的角度，針對無人值守（少人值守）通信電源監控系統的特點，對通信電源集中監控系統作了一些研究。
  11. Based on these observations, software design solution of supervision center is presents and each module implementation is described in detail. also, this paper analyzes communication protocols and check - sum algorithm involved

    然後，本文對通信電源監控系統中的監控模塊（ sm ）控制器部分的軟、硬體總體設計方案和各個模塊功能進行了描述。
  12. In this plan the paper presents a discussion of the principle and function of communication power firstly. finally it concludes that the technique routine of plan consists of expanding a can bus interface based on a embedded development board

    在總體方案里，對通信電源監控系統的作用和原理進行了討論，確定了以嵌入式核心板為基礎，擴展can總線介面的嵌入式遠程監控系統（ ucremm ）的技術線路和系統結構框圖。
  13. In order to reducing the cost, improving the reliability, implementing full - scale and uninterrupted monitoring and control in real time, a new manner of local supervision & control is proposed on the basis of the investigation of supervision & control system of communication power supply in existence

    為了降低成本，提高監控系統的可靠性，實現實時的、全面的、不間斷地監控設備，在對現有通信電源監控系統的深入研究的基礎上，提出了一種新型的現場監控系統結構? ?基於pc機的通信電源現場監控系統。
  14. Construct design methodology of software engineering is main center, and communication power network monitor and control system is concrete instance. i have success fully completed the development of whole system software

    以軟體工程的結構化設計方法為主線，以通信電源網路測控系統為具體的實例，成功的完成了整個系統的軟體開發工作。
  15. Abstract : in recent years, with the successful application of hig h - frequency switching power supply in communication power, there are a lot of con trol circuits for power factor compensation now. in this article, the writer reco mmands a kind of practical and reliable control circuit

    文摘:近幾年來，高頻開關電源成功地應用於通信電源上，而用於功率因數校正的控制電路有多種，現只介紹一種實用可靠的控制電路的功能、特點及控制方法
  16. The main circuit of the design in this article we used is fb zvs pwm dc / dc converter, full bridge zero voltage switching pulse width modulation dc / dc converter, which is a full bridge circuit composed of four power switches using resonance to implement zero voltage when turning - on or turning - off

    本文設計的通信電源充電模塊的主電路採用的是fbzvspwmdc dc變換器，即全橋零電壓開關脈沖寬度調制的直流變換器，它是由4個功率開關管組成的全橋電路，利用諧振使每個開關管在零電壓的條件下完成導通和關斷。
  17. This paper is aimed at the developed tendency for the industrial supervision in which the conmnmicatioan power - supply distribution of supervision system in the fieldbus technigue can is provided. the defaults what exist in by traditional supervision system of collecting and distributing controlling can be resolved effectively

    本文針對工業監控領域的發展趨勢，提出了一種基於can現場總線技術的通信電源分散式監控系統的解決方案，有效地解決了傳統監控系統採用集散控制方式存在的缺陷。
  18. With the rapid development of telecommunications industry, manless on duty is becoming a necessary trend in communication power supply supervision

    現代電信事業的迅猛發展，使得實現通信機房的無人值守或者少人值守，對通信電源進行計算機管理已成為電信事業發展的必然方向。
  19. In addition, some are approved by experimental results. this paper targets on the applications of mid - power range dc / dc converters, such as communication power supply and electrical system power supply. devices loss is calculated theoretically for each topology with actual devices in the same circuit conditions

    本文然後針對目前市場上中功率dc / dc變流器的主要應用場合，如通信電源、電力電源等，在相同的電路條件下，採用實際器件，對各個拓撲進行理論上的損耗分析比較，從理論上為各個應用場合選擇比較合適的拓撲。
  20. Telecom power technologies

    通信電源技術
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