磁头

研究了磁阻磁头（MR头）的非线性特性、非线性模型及其仿真分析方法。

The nonlinear properties , nonlinear model and its simulation techniques of magnetoresistive ( MR ) head is discussed .

录像机磁头VC卷线自动生产线的监控管理系统

The monitoring management system of VTR video head VC astragal product line

使用劣质磁带还有可能会污损你的录像机磁头。

With poor quality tapes you could also risk dirtying the heads on your video recorder .

双排磁头磁性（MG）检伪系统更强。

Double MG head magnetism discrimination system which is more strong .

讨论了磁电阻（MR）磁头结构参数设计与计算机仿真。

In this paper , the structural parameters design and computer simulation for MR magnetic head are discussed .

本文介绍了磁头用中Ni和低Ni廉价外壳合金的研制。

This paper introduces development of cheap middle-and low-Ni alloy for use as case of magnetic head .

磁头表面超薄DLC保护层厚度测量研究

Investigation on Thickness of Ultra-thin Carbon Protective Coatings on Slider Surface

VCR视频磁头砂带研磨机工作原理及控制系统设计

Principium and Electrical Control System of Video Recorder Head Lapping Machine

一种具有消谐波正弦输出的AMR薄膜磁头设计

AMR Magnetic Head Design with Eliminating Harmonics and Sinusoidal Wave Output

高Bs非晶磁头材料在盒式全轨录放头上的应用

Application of High-Bs Amorphous Magnetic Head Materials to Cassette Full-Track Record and Play Magnetic Head

磁控大电流MAG焊的磁头优化及应用研究

Optimization and application of magnetically controlled MAG welding process

硬盘驱动器巨磁电阻（GMR）磁头：从微米到纳米

Giant magnetic resistance head for hard disk drives : from micro to nano

GMR硬盘磁头自由磨粒抛光极尖沉降的研究

Study of Pole Tip Recession in Abrasive Polishing of GMR Hard Disk Sliders

AMR磁栅尺磁头输出波形的半次谐波现象与分析

The Half Harmonic Phenomena and Analysis of Output Waveforms of AMR Magnetic Grating Ruler Head

热压Mn-Zn铁氧体及录象磁头

On the Hot-pressing Mn-Zn Ferrites and Its Application for Video Recorder Heads

研究了测量磁头表面超薄DLC薄膜和Si中间层厚度的方法，所用的设备有：AES，XPS，TEM。

Methods of measuring the thickness of ultra-thin DLC film and Si interlayer were investigated by AES , XPS , TEM in present paper .

用于电脑磁头生产的电子级NMP质量监控方法

Application and Quality Control of Electronic Grade NMP Used in PC Magnetic Head Production

高分辨磁旋转编码器磁鼓表露磁场分析与AMR检测磁头设计

Analysis of Surface Magnetic Field on High-resolution Magnetic Rotary Encoders and Design for AMR Magnetic Heads

迎接GMR磁头时代

Welcome The GMR Age

多层膜溅射是一种方便有效的制备纳米结构软磁材料的方法，IBM和Hitachi都曾采用Fe基多层膜来制备高效能的磁头。

Multilayers preparation by sputtering is an effective way to fabricate nanocrystalline soft materials ; IBM and Hitachi both have adopted Fe-based multilayers in the production of magnetic heads .

在海量存储系统（MSS）中，可由给定磁头位置访问的数据盒式磁带中的那部分。

In MSS , the portion of the data cartridge magnetic tape that is accessible to a given head position .

最后对热压Mn－Zn铁氧体录象磁头的应用作了扼要的说明。

Finally , for the ways of further improvement on the micro structures , and enhancement of the physical properties , the application of hot-pressing Mn-Zn ferrites to video heads is described briefly .

结果对正确使用AMR薄膜磁电阻磁头，提高磁栅尺测量系统的精度有指导意义。

The results are expected to be useful for correctively using the AMR magnetic grating ruler head and improving the measuring accuracy .

磁头表面极尖沉降（PTR）是影响硬盘存储密度的关键因素之一。

Pole tip recession ( PTR ) is one of the critical factors in improving the density of hard disk .

高耐磨Fe-Si-Al系磁头材料

High wear resistant Fe-Si-Al magnetic head material

XPS和TOF-SIMS表面分析仪器联用分析磁头臂焊接位表面有机微污染物成分，找出污染物的来源；

The analysis of micro organic contamination on the surface of magnetic head by XPS and TOF SIMS is described in this paper .

这是因为HDD的性能受到诸如磁头移动（寻道时间）和旋转等待时间等机械约束的限制。

The reason is that HDD performance is limited by mechanical constraints such as head movement ( seek time ) and rotational latency .

设计制作出性能优良的磁旋转编码器AMR检测磁头，理论分析结果与对磁鼓表露磁场的实际测试结果进行了分析对比。

A good AMR magnetic head for the magnetic rotary encoder was designed . The results of theoretical analysis and practical test were contrasted .

目前，GMR效应主要用于磁传感器、随机存储器和高密度读写磁头等方面。

The present application of the GMR effect is mainly on the magnetic sensor , the random access memory and high density read-write head .

ATAPI规范定义了一个名为IDLEIMMEDIATE的命令，它可以闲置HDD并收回磁头以防止它们触及盘片。

The ATAPI specification defines a command called IDLE IMMEDIATE that idles the HDD and retracts the disk heads to prevent them from hitting the platters .