电源并联的英文

• cell in parallel

• "电源"英文翻译    source; current source; elec ...
• "并联"英文翻译    paralleling; parallel connec ...
• "并联" 英文翻译 :    [电学] paralleling; parallel connection; shunt connection; parallel; shunt; shunting; connect in parallel; multiple◇并联变压器 shunt transformer; 并联补偿 parallel compensation; shunt compensation
• "a电源" 英文翻译 :    a power supply; a powre supply; a supply; a-power supply
• "电源" 英文翻译 :    source; current source; electric source; power pack; power supply; power source; source of power (supply); source of voltage; supply source; electric power supply; mains◇电源板 power panel [strip]; 电源变压器 power transformer (pt); supply [mains] transformer; 电源电缆 feed cable; 电源电路 power circuit; 电源电压 supply [power line; mains] voltage; mains input; 电源电阻 source resistance; 电源分配 power-supply distribution; 电源干扰 power interference; 电源故障 power failure; 电源开关 mains [power] switch; 电源控制 power-supply control; 电源配电盘 feeder distribution centre; 电源线 mains lead; power-line (connection); feeder; rail voltage; 电源转换开关 transfer switch; 电源装置 supply unit
• "并联并联" 英文翻译 :    parallel-to-serial converter
• "半并联" 英文翻译 :    mid-shunt
• "并联，平衡" 英文翻译 :    parallel
• "并联泵" 英文翻译 :    parallel pumps; pumps in parallel
• "并联兵" 英文翻译 :    united pawns
• "并联的" 英文翻译 :    bypass; connected in parallel; multipled; shunt-wound
• "并联地" 英文翻译 :    multiply
• "并联度" 英文翻译 :    degree of association
• "并联舵" 英文翻译 :    close-coupled rudder
• "并联法" 英文翻译 :    multiple process; multiple system; parallel connection; walker system
• "并联夹" 英文翻译 :    parallel clamp
• "并联接" 英文翻译 :    parallel connection
• "并联梁" 英文翻译 :    coupling beam
• "并联门" 英文翻译 :    parallel gate
• "并联社" 英文翻译 :    world links
• "并联式" 英文翻译 :    multiple system; parallel system
• "并联梯" 英文翻译 :    interconnect elevator
• "并联柱" 英文翻译 :    parallel column
• "串并联" 英文翻译 :    [电工] series-parallel connection; series parallel; series and parallel; series-multiple connection
• "反并联" 英文翻译 :    antiparallel; inverse parallel

• The dissertation introduces the thoughts concerning the design of dc / dc power modules that may be parallel connected
  论文中介绍了dc dc电源并联的设计思想。
• Finally , experimental results of the prototype are presented in the paper and the results of paralleling operation for two - power supply are presented
  最后给出了原理样机的试验结果和两台电源并联运行的效果。
• The technique of paralleling current sharing of switching power is introduced ; the small signal model of the single dc / dc module and the multi - module is analyzed
  文中介绍了电源并联运行的各种均流技术，对单模块dc dc电源和多模块电源并联运行进行了小信号分析。
• Power supply system made up of some parallel operating inverters can meet the needs of different load magnitudes and achieve higher quality and reliability of power supply . it is propitious to the standardization and large scale manufacturing of the inverter modules . at the same time , with the growing usage of appliances powered by special suppliers , the market needs is developing enormously
  由多个模块化的逆变电源并联运行构建的电源系统，可以满足不同的负载功率需求以及较高的供电质量和可靠性要求，并且有利于逆变电源模块生产的标准化、规模化；同时，随着使用特种电源供电的装备日趋增多，市场空间不断增大，逆变电源并联控制技术的研究具有广泛的经济前景和社会效益。
• First , it analyzes the working principle and some features of the system , such as the circulating current characteristics , power distribution characteristics , and characteristics about closed loop regulation of voltage . then it goes on to the study of some typical control methods , and designs on this basis , a parallel controller using a synchronization control strategy of racing to merging and a load - sharing strategy combined with feedback control and drooped control
  文中，首先通过建立系统的数学模型，分析了逆变电源并联运行的工作原理以及并联系统的一些主要特性，包括它的环流特性、功率特性和电压闭环调节特性；在此基础上，又研究了几种典型的并联运行控制方式；然后，采用抢占与并发相结合的同步控制方式和反馈与下垂特性相结合的负载均分控制设计了并联控制器。
• Aimed at the specific requirements to the functionality and performance of fcps , the dissertation puts forward an approach of the fcps design . in this approach a modular dc / dc power supply that may be running in 4 quadrants , and applied the technique of parallel connection of dc / dc modules , that is a main concern of this dissertation , is realized
  本论文工作针对这个大容量特种电源的功能和特性的要求，提出一种设计方案，在这个方案中采用了模块化的四象限运行的pwmdc dc电源，并采用了作为本文重要研究内容的dc dc电源并联技术。
• In the last chapter , firstly , it has explained by the simulation that it has problem when we want to improve the power of the power supply by parallel connections of power electronic bridges . then , it has simulated the problem of parallel of power supply with different angle . last , it has discussed the start of the system
  第五章首先通过仿真双桥的并联，说明通过桥的并联方式来提高电源容量的方法中存在的问题，然后仿真了当两电源存在角度差时的并联问题，最后研究了当两电源并联时，系统的起动问题。
• The requirement of the system is given first in the chapter four . then the design of the system is given . last , the current - sharing of the parallel of power supply is analyzed , the control strategy used by the system is given and the experimental wave of the system controlled by the strategy is also given
  第四章首先提出了整个系统的要求，然后对系统进行了硬件设计和软件设计，最后重点介绍了电源并联时的均流问题以及本系统采用的控制策略，并给出了用此策略控制系统时的一些实验波形。