模拟仪表的英文

• analogue instrument

• "模拟"英文翻译    imitate; copy
• "仪表"英文翻译    appearance; bearing
• "模拟仪表板" 英文翻译 :    mimic board
• "半模拟仪表盘" 英文翻译 :    semi graphic panel; semigraphic control panel
• "非模拟仪表盘" 英文翻译 :    nongraphic control panel
• "空白半模拟仪表盘" 英文翻译 :    blank semi-graphic instrument panel-board
• "模拟仪" 英文翻译 :    analog meter; analogue meter
• "模拟仪表飞行用暗舱罩" 英文翻译 :    instrument hood
• "模拟仪表飞行用的布帘" 英文翻译 :    instrument-flying blinds
• "电模拟仪器" 英文翻译 :    electric simulator
• "心律失常模拟仪" 英文翻译 :    arrhythmia simulator
• "自动电子轨迹模拟仪" 英文翻译 :    automatic electronic track simulator
• "模拟式仪表" 英文翻译 :    analog instrument; analogue instrument; analogue meter
• "模拟测量仪表" 英文翻译 :    analog measuring instrument
• "模拟式测量仪器仪表" 英文翻译 :    analogue measuring instrument; analogue representation of a physical quantity
• "模拟训练和仪表化司令部" 英文翻译 :    simulation training and instrumentation command; stricom
• "虚拟仪器" 英文翻译 :    virtual instrument
• "仪表" 英文翻译 :    1.(人的外表) appearance; bearing 他已失去堂堂仪表。 he has lost his imposing appearance.2.(各种测定仪) meter; instrument; apparatus
• "工业自动化仪表用模拟气动信号" 英文翻译 :    analogue pneumatic signal for industrial process measurement and control instruments
• "工业自动化仪表用模拟直流电流信号" 英文翻译 :    analogue direct current signals for industrial process measurement and control instruments
• "工业自动化仪表用模拟直流电压信号" 英文翻译 :    analogue direct voltage signals for industrial process measurement and control instruments
• "模拟" 英文翻译 :    imitate; simulate; analog; analogy; imitation; simulation◇模拟舱 boilerplate; 模拟电路 [电学] circuit cheater; dummy load; artificial circuit; mimic buses; mimic channel; analogous circuit; 模拟飞行 simulated flight; 模拟火箭 simulated rocket; 模拟器 simulator; imitator; emulator; 模拟试验 analogue test; analogue experiment; prevaluation test; simulated test; simulation experiment; simulation test; 模拟装置 analog device; analog equipment; simulator; analogue device; simulant; simulator rig; 模拟作战演习 war-game
• "虚拟仪器软件构架" 英文翻译 :    virtual instrument software architecture
• "虚拟仪器系统设计" 英文翻译 :    design of virtual instrument system
• "模拟式过程测量和控制仪表性能表示方法" 英文翻译 :    guidelines for presenting performance of analog process measurement and control instrument

• 4 . feedback or measuring signal transmit output ma v pvout pvout output signal transmit output to forestage regulator or dcs system , makes system can monitor actual valve position or field measured value at any moment
  后者将数字仪表与模拟仪表集一体，同时对测量值及调节控制目标值或输出量进行相对模拟量比例显示，使参数显示更为清晰直观。
• We use fieldbus technique controlling the boiler ' s running , instead of ddc and dcs controlling system . considering most boilers in our country were still using the normal analogy instrument and the whole digit intelligence appliance were not popularity
  现场总线技术要求现场的设备传送数字信号，需要使用智能仪表，但当前我国大部分锅炉还是采用常规模拟仪表，全数字化智能仪表还未普及。
• The data can be intelligently analyzed and processed , the number can be shown and transmitted through the apparatusit can be used to self - examineself - diagnoseself - testself - repairself - adaptself - adjustself - study it is new - pattern apparatus using digital technology to take place of the imitated meter
  对数据进行智能分析和处理，数字显示或传递，做到自检自诊断自测试自修复自适应自校准自学习，是用数字技术取代模拟仪表的新型仪器。
• The data can be intelligently analyzed and processed , the number can be shown and transmitted through the apparatus it can be used to self - examine self - diagnose self - test self - repair self - adapt self - adjust self - study it is new - pattern apparatus using digital technology to take place of the imitated meter
  对数据进行智能分析和处理，数字显示或传递，做到自检自诊断自测试自修复自适应自校准自学习，是用数字技术取代模拟仪表的新型仪器。
• At present , surge control method for centrifugal compressor being used is commonly by least - flow method . it can ’ t make compressor working within operating condition area , sometimes starts the surge control system earlier , which will waste energy sources and depress economy benefit . even , its control system commonly consists of simulation instrument , can ’ t modify the changing surge curve of compressor in time and can ’ t control nonlinear surge curve preferably
  目前,在用的离心压缩机的防喘振方法一般采用最小流量法,它不能充分使压缩机工作在其工况区,往往过早起动防喘振系统,浪费了能源,降低了经济效益。且控制系统一般采用模拟仪表构成,在压缩机的喘振线发生变化时不能及时修正,对非线性的喘振线不能较好的实施控制。
• With the huge benefit for terminal users , fieldbus technology has been resulting in a great change of automation instruments , distributed control system and programmable logic controller in structure and function . however , regardless of domestic or overseas , dcs is still accepted as mainstream devices of process control , the socalled fieldbus control system ca n ' t take place of dcs right away
  但是过程控制经过50多年的发展和积累，用户已经在传统的模拟仪表加dcs的体系结构上投入了巨大的资金,无论国内与国外， dcs仍是用于过程控制的主流设备，而且现场总线控制系统在功能上还不能完全取代已经发展得比较完善的dcs 。
• The development of process control technology develops from the distributed equipment to the share of facilities , according to the control way , it experienced four seedtime : manual work , simulative instrument control ( the 50 ' s ) , computer central control ( the 60 ' s ) , distributed control system ( dcs ) ( the metaphase of 70 ' s )
  过程控制技术的发展从分立设备发展到共享设备，从控制手段来分，它经历了四个发展阶段：人工控制阶段、模拟仪表控制系统阶段( 50年代开始) 、计算机集中监督控制系统阶段( 60年代开始) 、分散控制系统( dcs )阶段( 70年代中期开始) 。