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偏转磁芯     
相关语句
  deflection yoke ring
     Hysteresis Loss Analysis of Ferrite Material in Deflection Yoke Ring
     偏转磁芯铁氧体材料的磁滞损耗分析
短句来源
     Deflection Yoke Ring Design for Hysteresis Loss Reduction
     减小磁滞损耗的偏转磁芯设计
短句来源
     Estimation of Hysteresis Loss in Deflection Yoke Ring
     偏转磁芯中磁滞损耗的估测
短句来源
     Hysteresis loss characteristics of ferrite materials used in fabricating deflection yoke ring has been simulated.
     本文通过对偏转磁芯用的铁氧体材料的磁滞损耗特性的分析 ,提出了通过改变偏转磁芯外表面形状以减小磁滞损耗的方法。
短句来源
  deflection yoke core
     Technical Requirements and Example Design of Deflection Yoke Core for Displays
     显示器用偏转磁芯的技术要求及设计实例
短句来源
     In designing and developing deflection yoke core used for displays, not only the materials, the compacting conditions, and the sintering temperature, but also appropriate die should be considered so as to guarantee compacting dimensions.
     设计显示器用偏转磁芯时,不但要考虑选用何种材料、生坯的压制条件及烧结温度,还必须依靠合适的模具保证成型尺寸。
短句来源
  deflexion magnetic core
     Research of erect Crack about Deflexion Magnetic Core
     偏转磁芯竖裂问题的研究
短句来源
     Analyses air current status in kiln, fix quantify discusses deflexion magnetic core sintertemperature curve, analyses reason of frequent appear sinter erect crack and bring forward resolve measures of erect crack, using by parting mechanism of deflexion magnetic core,hydromechanics principle,theory of deflexion magnetic core temperature rise and eject glue.
     运用偏转磁芯的断裂机理、流体力学的原理、偏转磁芯的温升与排胶理论 ,对偏转磁芯烧结用推板窑内的气流状况进行了分析 ,对偏转磁芯烧结温度曲线进行了定量讨论 ,对常见烧结竖裂产生的原因进行了分析 ,并提出了由于窑炉烧结产生的竖裂的解决办法。
短句来源
  deflection magnetic core
     Development of Core Frame for Burning for Deflection Magnetic Core
     偏转磁芯承烧座的研制
短句来源
     So far the high grade mullite-corundum core frame for burning materials for deflection magnetic core have not been developed because the research on this subject state late in China.
     由于我国对偏转磁芯承烧座的研制较晚,至今没有研制出高档的莫来石—刚玉质承烧座。
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    This article briefly describes the specification requirements of colour display tubes for DY cores,develpment of R500R material and DY cores.It lists the technical properties of the material,especially the power loss.

    概述了彩色显示管对偏转磁芯的技术要求,R500R 材料及磁芯的研制开发简况。详细列出了材料的功率损耗数据等多项技术特性

    The power loss of deflection yoke is analyzed.Hystersis loss is the main part of power loss of deflection core at the driving condition.Hystersis loss and heat distribution can be calculated by means of MSC/EMAS,MSC/NASTRAN and DUEMAS.The calculation method and temperature rising caused by hysteresis loss are introduced in this paper.

    本文对偏转系统的能量损耗进行了分析 .磁滞损耗是在偏转条件下偏转磁芯能量损耗的主要部分 ,应用商用EMAS、NASTRAN软件和开发的DUEMAS可以进行磁滞损耗和热分布计算 .本文对计算的方法和磁滞损耗产生的热分布进行了介绍 .

    Influence of the permeability of the deflection core on the deflection system used in picture tubes was evaluated analytically using one commercial available software,electronic magnetic field analysis system(EMAS)and lab developed software called DUEMAS.The results show that when the relative permeability of a magnetic material is higher than 300,possible changes in deflection current,less than 0 6% at most,can only induces 1% variation in hysteresis loss.We suggest that efforts should focus on developing...

    Influence of the permeability of the deflection core on the deflection system used in picture tubes was evaluated analytically using one commercial available software,electronic magnetic field analysis system(EMAS)and lab developed software called DUEMAS.The results show that when the relative permeability of a magnetic material is higher than 300,possible changes in deflection current,less than 0 6% at most,can only induces 1% variation in hysteresis loss.We suggest that efforts should focus on developing low hysteresis loss density rather than high permeability materials to reduce deflection power loss.

    应用EMAS(Electronic MagneticFieldAnalysisSystem)和DUEMAS软件对偏转磁芯材料的磁导率对偏转系统的影响进行了计算分析。计算结果表明 ,当磁性材料的相对磁导率大于 30 0时 ,磁导率对偏转电流的影响小于 0 6 % ,对磁滞损耗的影响小于 1% ,因此在磁性材料的选择中不必过分要求高的磁导率 ,而应在降低磁滞损耗上努力。

     
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