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电源端口
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  power port
     The Choice of SPD for Power Port of RBS and ITU K.56
     基站电源端口SPD的选择与ITU K 56建议
     Analysis and computation of measurement uncertainty of interference at power port
     电源端口传导骚扰测量不确定度分析与计算
短句来源
     Introduces basic concept of measurement uncertainty and error and differences between them,then evaluates measurement uncertainty in continuous voltage interference at power port according to JJF1059-1999.
     介绍测量不确定度与误差的基本概念及它们之间的异同,并根据JJF1059-1999《测量不确定度评定与表示》,对电源端口传导骚扰测量不确定度进行分析和计算。
短句来源
  “电源端口”译为未确定词的双语例句
     A small shape three port manostat of 78L05 with the output current of 150mA is added on the electrical source end, so the input voltage is decreased from 15V to 12V to supply DM74LS123N.
     在控制电路芯片的电源端口增加一个输出电流150毫安的小型三端稳压块78L05,把12伏的输入电压降到5伏给DM74LS123N供电。
短句来源
     The susceptibility of Intel 80C196KC microcontrollers to EMP is determined. The test used the method of pulse current injection to simulate the EMP coupled current on different ports,including the I/O ports,control ports and power supply port. The paper briefly introduced the test system and the breakdown and destruction effects were given.
     用电流注入模拟电磁脉冲耦合电流的方法对Intel 80C196KC单片机的电磁脉冲效应进行了研究,介绍了试验系统和方法,给出了单片机输入端口、输出端口、电源端口等端口的工作状态电磁脉冲(EMP)干扰效应、工作状态损伤效应和不加电状态损伤效应的试验数据和初步结论。
短句来源
  相似匹配句对
     Power Sources
     电源
短句来源
     Power Supplies
     电源
短句来源
     Design on EMC of input for inverter welding power source
     逆变焊接电源输入端口的电磁兼容设计
短句来源
     Analysis and computation of measurement uncertainty of interference at power port
     电源端口传导骚扰测量不确定度分析与计算
短句来源
     THE SETTING AND APPLICATION OF THE COMPUTER PORTS
     端口的设置和利用
短句来源
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  power port
A major concept which will be used in the paper is the idea of a power port.
      
A power port is the entity which describes the media by means of which subsystems can exchange physical energy with one another.
      
A 12V battery powers the system and is recharged by the automobile's power through the power port.
      
A 1-port element is addressed through a single power port, and at the port a single pair of effort and flow variables exists.
      
Each actuator i has a single-dimensional power port WAi connected to a corresponding port of the mechanical linkage.
      
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This paper describes the sources of harmonics, and immunity test mothod and level for equipment at ac. power port in power supply system.

阐述了供电网络谐波的产生及交流电源端口设备谐波抗扰性试验方法和试验等级。

Mutual inductance model of the contactless electromagnetic structure has been established. Deep investigation has been done about the frequency control problems in the system with different compensation topology by introducing the equivalent load impedance and zero phase resonant frequency. To make the output power the maximum, the zero phase frequency must be equal to the secondary resonant frequency and it must be exclusive to guarantee the stable and efficient operation of the system. The stable operation...

Mutual inductance model of the contactless electromagnetic structure has been established. Deep investigation has been done about the frequency control problems in the system with different compensation topology by introducing the equivalent load impedance and zero phase resonant frequency. To make the output power the maximum, the zero phase frequency must be equal to the secondary resonant frequency and it must be exclusive to guarantee the stable and efficient operation of the system. The stable operation boundary conditions of the system have been given by the secondary quality factor, and the coupling coefficient, which is determined only by the geometrical structure and performance parameters of the magnetic structure. The simulation results show when the secondary quality factor meets the expression determined by the coupling coefficient, the system can operate stably and efficiently.

建立了无接触电磁耦合结构的互感模型,对新型无接触电能传输系统引入了初级电源端口的等效负载阻抗及零相角谐振频率的概念,并对新型无接触电能传输系统采用各种初、次级补偿拓扑所带来的频率控制问题进行了深入的研究,经研究得知:为了使输出功率达到最大,初级零相角谐振频率须等于次级谐振频率:要保证系统的稳定、高效运行,零相角谐振频率必须是唯一的。文中还通过次级品质因数与无接触电磁结构的耦合系数给出了系统的稳定运行边界条件。仿真研究表明:当次级谐振回路的品质因数满足由电磁结构耦合系数所决定的表达式时,就可以保证系统稳定、高效地运行。

Through explaining its principle, measurement, installation, and etc., this article mainlyguides to solve the EMI problem on power port by application of a Power Line Filter.

介绍电源滤波器的原理、测量和安装等,为在抑制电源端口电磁骚扰方面的应用提供指导。

 
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