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线圈损耗
相关语句
  winding loss
     Winding Loss Analysis and Staggered Air-Gap Arrangement for High-Frequency Inductors
     高频电感器线圈损耗分析与交错气隙布置
短句来源
     Winding loss modeling of central-tapped transformer in SMPS and its application
     高频开关电源中间抽头变压器线圈损耗的建模及其应用
短句来源
     The winding loss model of central-tapped transformer in SMPS is different from that of the non-tapped transformer because the two secondary windings work in different time intervals.
     中间抽头变压器由于两个副边线圈是分时工作,其线圈损耗模型不同于无抽头原副边线圈同时工作的变压器。
短句来源
     The model is very helpful in winding optimal design,central tap terminal improvement design and winding loss measurement.
     该模型的建立有助于中间抽头变压器线圈的优化设计,中间抽头引出线设计以及线圈损耗的测量。
短句来源
  “线圈损耗”译为未确定词的双语例句
     The sum of losses of the inside and the outside coils is equal to that of the whole magnet.
     内部和外部线圈损耗的总和等于整个磁体的损耗.
短句来源
     This scheme results in much less AC winding losses than those with usual EE or EI type cores.
     与通常的EE、EI型铁心电感器相比 ,它有效降低了线圈损耗
短句来源
  相似匹配句对
     AC LOSS OF HIGH TEMPERATURE SUPERCONDUCTING COILS
     高温超导线圈的交流损耗
短句来源
     AC Losses of High Temperature Superconducting Tapes and Coils
     高温超导带材及线圈的交流损耗
短句来源
     The design of gradient coils is reviewed.
     二、梯度线圈
短句来源
     LIGHT ABSORPTION LOSS OF OPTIC FIBER
     光纤的光吸收损耗
短句来源
     The reflection loss(R.L.)
     材料反射率损耗(R.L.)
短句来源
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  coil loss
Extensive coil loss data are presented here for the frequency band 0·2 to 20 MHz.
      
To stabilize the TC, a method of reactive compensation of the temperature-dependent coil loss must be introduced.
      


An experimental study on distribution of losses within a superconducting solenoid magnet and the effects of wire movement and shorts in the magnet on the critical current has been made. The experimental results obtained show that:(1)The losses of the inside coils in a magnet are smaller than those of the outside ones. The sum of losses of the inside and the outside coils is equal to that of the whole magnet.(2)The distortions of the shape of the hysteresis loop of a magnet are caused by either wire movement...

An experimental study on distribution of losses within a superconducting solenoid magnet and the effects of wire movement and shorts in the magnet on the critical current has been made. The experimental results obtained show that:(1)The losses of the inside coils in a magnet are smaller than those of the outside ones. The sum of losses of the inside and the outside coils is equal to that of the whole magnet.(2)The distortions of the shape of the hysteresis loop of a magnet are caused by either wire movement or shorts in the magnet. But the tw,o types of distortions are different from each other.(3)Both wire movement and shorts will possibly lead to a decrease of the critical current of the magnet.(4)The loss of a magnet due to the shorts within will possibly be twice, several times or even larger than that of the magnet without shorts.

实验研究了超导螺线管磁体内部损耗分布以及导线位移和短路对磁体临界电流的影响.实验结果表明 (1)磁体内部线圈的损耗比外部线圈小.内部和外部线圈损耗的总和等于整个磁体的损耗. (2)导线位移和短路分别引起磁体磁滞迥线形状两种畸变,而且这两种畸变是不一样的. (3)导线位移和短路都可以降低磁体的临界电流. (4)磁体内部有短路时,可能成倍或几十倍地增加磁体的损耗.

Based on the winding loss analysis of an air gap inductor,it is revealed that there exists aporlior of fluxes called as bypass fluxes which induce extra AC winding losses in the inductor winding. A new air gap arrangement scheme for the inductor with simple lumped air gaps is proposed,in which the air gaps are staggered in their positions along the core legs in order to reduce the by pass fluxes.This scheme results in much less AC winding losses than those with usual EE or EI type cores.Finite element analysis...

Based on the winding loss analysis of an air gap inductor,it is revealed that there exists aporlior of fluxes called as bypass fluxes which induce extra AC winding losses in the inductor winding. A new air gap arrangement scheme for the inductor with simple lumped air gaps is proposed,in which the air gaps are staggered in their positions along the core legs in order to reduce the by pass fluxes.This scheme results in much less AC winding losses than those with usual EE or EI type cores.Finite element analysis is performed to analyze and verify the winding loss reduction for the new air gap arrangement scheme.

通过对高频电感器线圈损耗的详细分析 ,发现电感器的旁路磁通会在线圈上引起额外损耗。在此基础上 ,提出一种新型气隙设计方案与铁心结构。在该结构下 ,铁心的气隙沿铁心柱交错布置 ,减少了穿越线圈窗口的旁路磁通。与通常的EE、EI型铁心电感器相比 ,它有效降低了线圈损耗。采用有限元分析软件对这种新型气隙设计方案进行了分析与验证

The winding loss model of central-tapped transformer in SMPS is different from that of the non-tapped transformer because the two secondary windings work in different time intervals.The winding loss model of central-tapped transformer is given by the winding current decomposition and magnetic motive force(MMF)analysis.The model discloses that the odd harmonic MMF is balanced among three windings and the even harmonic MMF is only balanced between two secondary windings.The model is very helpful in winding optimal...

The winding loss model of central-tapped transformer in SMPS is different from that of the non-tapped transformer because the two secondary windings work in different time intervals.The winding loss model of central-tapped transformer is given by the winding current decomposition and magnetic motive force(MMF)analysis.The model discloses that the odd harmonic MMF is balanced among three windings and the even harmonic MMF is only balanced between two secondary windings.The model is very helpful in winding optimal design,central tap terminal improvement design and winding loss measurement.Application in a 3kW transformer shows the effectiveness of the model.

中间抽头变压器由于两个副边线圈是分时工作,其线圈损耗模型不同于无抽头原副边线圈同时工作的变压器。本文采用线圈电流谐波分解和线圈窗口磁势分析的方法对中间抽头变压器线圈损耗进行建模和分析,结果表明变压器奇次电流的磁势在原副边线圈间平衡,偶次电流的磁势在副边两个线圈间平衡。该模型的建立有助于中间抽头变压器线圈的优化设计,中间抽头引出线设计以及线圈损耗的测量。在一个3kW变压器设计上的应用验证了模型的有效指导意义。

 
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