1) magneticthinfilmstripe
磁性簿膜元件
2) thin film magnetic component
薄膜磁性元件
3) magnetic thin film element
磁性薄膜元件
1.
The transition process of domain structure, especially the total transition process of Neel wall from positive polarity wall (N_+) to negative polarity wall (N_), during magnetization reversal along hard-axis direction in small NiFe magnetic thin film element has been observed and analysed.
观察和分析了３００μｍ×４０μｍ×４０ｎｍ的 ＮｉＦｅ磁性薄膜元件在难轴方向反磁化时磁畴结构转变，特别是 Ｎｅｅｌ畴壁从正极性壁（Ｎ_＋）转变为负极性壁（Ｎ＿）的全过程。
4) magnetic components
磁性元件
1.
The magnetic components used in the inverter welding power source,including the middle-frequency swicth transformer,the inductances used in resonance circuit and in direct current,are crucial ones in the power source.
逆变焊接电源磁性元件包括中频开关变压器、谐振电感、输出整流滤波电路中的直流电抗器等,是组成逆变电源的关键元件,对逆变电源的整体性能、体积、质量具有决定性影响。
2.
In order to fully exploit the per-formance of magnetic components and improve the power conversion efficiency of converters,it is necessary to pay attention to the loss issues related with magnetic components.
磁性元件是功率变流器的重要组成部分,为了更好地发挥磁性元件的作用,提高功率变流器的转换效率,必须深入了解磁性元件的损耗问题。
3.
The losses of magnetic components occupy a considerable proportion in switching power supply,so the calculation of core loss is very important.
磁性元件的损耗在开关电源中占相当大的比例,因此磁芯损耗的计算在开关电源设计中相当重要。
5) magnetics
[英][mæg'netiks] [美][mæg'nɛtɪks]
磁性元件
1.
It has very great influence to the volume, weight, ripple current of the converters, and the dynamic performance of the output, the efficiency, the current stress and the voltage stress of the converter will be also influenced by the magnetics.
磁性元件是电力电子系统中的重要组成部分,它对变换器的体积、重量、电流脉动,输出动态性能、效率以及器件的电压、电流应力等都有很大的影响。
6) magnetic component
磁性元件
1.
In order to fully exploit the function of the magnetic components,knowledge about the design of magnetic components must be gained.
在了解磁性材料性能和高频条件下磁性元件选用问题的基础上,以变压器的设计为例,研究了开关电源中磁性元件的工作特点和设计方法,为磁性元件的设计提供了参考。
2.
Magnetic components are one of the most important parts in switching mode power supplies.
磁性元件是开关电源中的重要组成部分，为了更好的设计磁性元件，使得设计出的磁性元件，在满足系统要求的基础上达到较优的性能，例如较小的体积、较小的重量、较小的损耗等，对磁性元件初始参数设计结果进行结构优化是很必要的。
补充资料：别簿
1.另立的簿籍。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条