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转换供电
相关语句
  switch supply
     Research on Transient Process of Switch Supply' Reclosing in Warship's Power System
     舰船电力系统转换供电重投入的过渡过程研究
短句来源
     Modeling and Analyzing of Switch Supply's Reclosing in Warship's Power System
     舰船电力系统转换供电重合闸的研究
短句来源
  “转换供电”译为未确定词的双语例句
     The paper introduces two method: power supply with battery directly and supply used power chip conversion.
     介绍了电池直接供电和采用电源芯片转换供电两种方法 ,并结合个人剂量仪主要进行了仪器功耗、电池使用寿命的比较。
短句来源
     The embedded system is powered up with a battery and DC/DC converters.
     下位机系统采用电池加DC/DC转换供电,CPU采用德州仪器的DSP,TMS320LF2407。
短句来源
  相似匹配句对
     Modeling and Analyzing of Switch Supply's Reclosing in Warship's Power System
     舰船电力系统转换供电重合闸的研究
短句来源
     The No-break Power Transfer Technolgy in the A-340 Aircraft
     A340 飞机的不中断供电转换技术
短句来源
     Transforming Bridge
     转换
短句来源
     Powering architectures
     供电结构
短句来源
     (4) the factor of power supply.
     (4)供电条件。
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warship's power system, the power supply continuity, reclose, transient process

保证供电的连续性是对舰船电力系统的基本要求之一。本文针对影响舰船电力系统供电连续性的转换供电重投入问题展开了研究,依据舰船电力系统典型支路中电源(同步发电机)及负载(以异步电动机为主)的运行状况,建立相应的同步发电机,异步电动机系统运行,故障重投入数学模型:在此基础上进行计算机仿真和实机试验,并对异步电动机转换供电重投入时间、重投入相位等对冲击电流的影响作了分析研究,得出一些有指导意义的结论。

Personal Dosimeter is commonly requested using battery for its power supply, and hope the battery life is long. Also with the fall of battery voltage, some performance of instrument as well as drop.reasonable supply design can protract the battery life. The paper introduces two method: power supply with battery directly and supply used power chip conversion. Combine personal dosimeter, we carried through the design comparison for battery life, power consumption, cost and volume. Based on the comparison result...

Personal Dosimeter is commonly requested using battery for its power supply, and hope the battery life is long. Also with the fall of battery voltage, some performance of instrument as well as drop.reasonable supply design can protract the battery life. The paper introduces two method: power supply with battery directly and supply used power chip conversion. Combine personal dosimeter, we carried through the design comparison for battery life, power consumption, cost and volume. Based on the comparison result and instrument fact request, you can choose method of power circuit.

个人剂量仪器一般要求采用电池供电 ,并且希望电池使用的时间越长越好 ,随着电池电压的降低 ,仪器的一些性能也会下降 ,合理的电源设计会延长电池的使用寿命 ,也能提高仪器性能。介绍了电池直接供电和采用电源芯片转换供电两种方法 ,并结合个人剂量仪主要进行了仪器功耗、电池使用寿命的比较。也进行了仪器其它性能、仪器成本、体积等方面的比较。通过比较结果 ,可根据仪器的实际要求来选择电源电路设计的方法

The reclosing of switch equipment may do great effect on the continuity of the power supply. Power supply is synchronous generators and loads are mainly inductive motors in the warship's power systems. The mathematical model of synchronous generator-inductive motor systems' running-fault-reclosing has been founded according to operational condition of a typical spur track of the systems. Then both computer simulation and experiment have been done. The influence of reclosure time,phase of inductive motor and...

The reclosing of switch equipment may do great effect on the continuity of the power supply. Power supply is synchronous generators and loads are mainly inductive motors in the warship's power systems. The mathematical model of synchronous generator-inductive motor systems' running-fault-reclosing has been founded according to operational condition of a typical spur track of the systems. Then both computer simulation and experiment have been done. The influence of reclosure time,phase of inductive motor and loads to percussive current have been discussed. Some instructional conclusions are obtained from the research.

针对影响舰船电力系统供电连续性的转换供电重合闸问题进行了研究 ,依据舰船电力系统典型支路中电源 (同步发电机 )及负载 (以感应电动机为主 )的运行状况 ,建立同步发电机 -感应电动机系统的运行 -故障 -重合闸数学模型 .在此基础上进行计算机仿真和实机试验 ,并对感应电动机转换供电重合闸时间、重合闸相位及负载情况等对冲击电流的影响作了分析研究

 
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