磁心

cí xīn
  • magnetic core;memory core
磁心磁心
磁心[cí xīn]
  1. 铁氧体抗干扰磁心在电子设备EMC设计中的应用

    The Application of Ferrites Anti-jamming Magnetic Core in Electrical EMC Design

  2. 稳定可靠的8K字模块化磁心存贮器

    A stable and reliable 8 k-word modular magnetic core memory

  3. CIRRUS计算机的电流重合法磁心存储器

    The CIRRUS Coincident current core storage unit

  4. 其主电路采用全桥式拓扑结构,以IGBT管为功率开关器件,中频变压器使用微晶磁心。

    Full bridge topology was used in the main circuit , IGBT was used as power switching device , and micro-crystal core was used in mid-frequency transformer .

  5. 首先本文分析了谐振式开关电源变压器所处的工作状态,比较了不同矩形比磁心材料在该工作状态下磁通密度Bm的工作范围,为高频变压器磁心材料的选取提供了指导原则。

    First , the working state of resonant CCPS transformer is analyzed , and a guiding principle of core material selection is provided , which is based on the comparing material magnetic flux density working range with different rectangular ratio in this state .

  6. 最后,采用MCT(MagneticComponentTool)软件,对本项目自主研制的磁心制作的变压器进行仿真,并获得了不同温度下变压器模型的主要参数。

    Finally , the production of transformer with the core developed independently of this project has been simulated based on the MCT ( Magnetic Component Tool ) software , accordingly , the main parameters of the transformer model were obtained at different temperatures .

  7. 详细阐述了Pspice电路仿真中变压器模型的使用方法和注意事项,包括通用线性变压器模型、由线性磁心模型构成的线性变压器模型、具有磁滞现象和饱和特性的非线性磁心构成的非线性变压器模型。

    Using methods and consideration of transformer model in Pspice simulation is outlined in details , including linear transformer and core model , nonlinear transformer and core model with hysteresis and saturation .

  8. 用来制作APFC电感,只要恰当选择磁心尺寸和线圈匝数就能取得降低磁心损耗的效果。

    When powder core is used to preparation of APFC inductor , lower core loss will be obtained as long as core sizes and coil turns are properly selected .

  9. 采用电阻片应力计监测20T混合磁体装置超导线圈径向支承结构的受力状态以及水冷、超导线圈磁心的径向偏离。

    The resistance sensors were used for monitoring the stress on the radial support of superconducting coli in 20T hybrid magnets and measuring the deviation of the magnetic centers both in the superconducting coil and the water - cooled resistive one .

  10. 把变压器及其它仪器的磁心分层。

    The magnetic cores of transformers and other apparatus are laminated .

  11. 用环形铁氧体磁心及二极管组成的磁逻辑组件

    A Modular Magnetic Logic Using Toroidal Ferrite Cores and Diodes

  12. 关于磁心存储器系统中磁致伸缩振铃的说明

    A note on the magnetostrictive ringing in core memory systems

  13. 针对不同的磁心材料进行了损耗对比分析。

    Contrast analyze have be done with different core material .

  14. 大尺寸磁心式局部放电电流传感器的研究

    Study of Large-scale Magnetic Core Current Sensors for Partial Discharge

  15. 介绍了大尺寸铁氧体磁心的分段组合式脉冲电流传感器。

    This paper introduces large scale block current sensors with ferrite core .

  16. 磁心存储矩阵均匀穿线的导向系统

    Wire Guide System Assures Uniform Core Memory Matrix Wiring

  17. 用磁心作为磁性媒体的一种磁性存储器。

    A magnetic storage in which the magnetic medium consists of magnetic cores .

  18. 线性化磁心的仪用变压器电流&电压传输特性分析

    The characteristic analysis about current-voltage transfer in metering transformer of linear magnetic core

  19. 新软磁材料和新磁心结构在电子变压器中的应用

    Application of New Soft Magnetic Materials and New Core Constructions in Electronic Transformer

  20. 改进型回转器-电容非线性磁心仿真模型

    Improved Gyrator-Capacitor Simulation Model of Nonlinear Magnetic Core

  21. 计算机存储器宽温度范围铁氧体磁心

    Wide Temperature Range Ferrite Cores for Computer Memories

  22. 高速电流重合法磁心存储器

    A Fast Coincident Current Magnetic Core Memory

  23. 磁放大器式磁心电路

    Magnetic amplifier type magnetic core circuit

  24. 磁化方向仅在磁心a中改变,因而存储一个二进制数字。

    The direction of magnetisation will change in core a only , thus storing a binary digit .

  25. 单磁心二进制计数器

    Single core binary counter

  26. 任何的双重条件的装置,例如磁心贮记,都可以存贮一数元。

    Any bi-conditional device , such as a memory core , is able to store a single bit .

  27. 非破坏读出环形存储磁心

    Nondestructive toroidal memory core

  28. 电流重合磁心存储器

    Coincident-current magnetic core storage

  29. 少量稀土元素氧化物对于一种矩磁铁氧体磁心性能的影响

    Effect of small additions of rare earth oxides on the magnetic behavior of a variety of square-loop ferrite core

  30. 当磁心位于两个次级线圈之间的中点时,没有输出。

    A null output should occur when the core is at the center point between the two secondary coils .