By this memory structure, the signal storage function be similar to the magnetic tape recorder can be realized. 利用此结构可以实现类似于多通道磁带记录机的记录方式。
Application of CIRC in Rotary head Digital Magnetic Recorder 交叉交织RS码在旋转头数字磁记录器中的应用
A magnetic tape recorder for recording ( and playing back) TV programs. 能录制(和播放)电视节目的磁性录音机。
Computer magnetic tape is very similar to that used on an ordinary tape recorder. 计算机磁带非常类似于普通磁带录音机上所用的磁带。
A mechanism that transport magnetic tape across the read/ write heads of a tape playback/ recorder. 能够通过录音机的读写磁头传送磁带录音效果的机械装置。
Magnetic ink character recorder 磁性墨水字符记录器
Error Control Method Used in Digital Magnetic Recorder 用于数字磁记录器的差错控制技术
Magnetic differential flow recorder 磁性压差流量记录仪
Double density magnetic tape recorder 倍密度磁记录器
The basic working principle of magnetic head is described, frequency response curve is given as gap-depletion expression, and gap-depletion is explained to be the main cause that the frequency response range of tape recorder is limited. 阐述了磁头的基本工作原理,绘制了磁头的频率响应曲线,给出了缝隙损耗的计算公式,揭示了重放磁头的缝隙损耗是造成磁记录的频率响应范围受到限制的主要原因。
A Simple and Effective Error Correction System of Magnetic Tape Recorder 一个简单有效的磁记录纠错系统
The technological factors of satellite borne recorder that is changed from a magnetic tape recorder to a solid state recorder are summed. The manufacture processes of the magnetic tape recorder, the FLASH and DRAM solid state recorder are described. 概述了星载记录器由磁带记录器向固态记录器转变的技术因素以及磁带记录器、FLASH和DRAM固态记录器的研制过程。
This Paper introduces a effective method of improving the analogue magnetic tape recorder MCD-3 and the demodulator CBY-2. As this instrument includes a hardware and software of IBM-PC/ XT computer, so it can carry out full-frequency range and multi-channel digital and data processing. 本文主要介绍模拟碰带记录地震仪MCD3及其解调器CBY2系列的一种行之有效的改进法。该方案配以IBMPC/XT计算机硬软件,能实现宽频多道数字采集与处理。
Fe-Zr-B amorphous alloy is an important soft-magnetic material, which has important applications in preparation of transformer, magnetic recorder, electromagnetism disturbing shield and so on. Fe-Zr-B非晶合金是一种良好的软磁性材料,在变压器设备、磁性记录材料、电磁干扰屏蔽材料等领域有着重要的应用。
Methods AEEG were recorded with a 8 channel magnetic tape recorder made in England Oxford Medilog 9200, and followed by off-line analysis and comparision with routine EEG. 方法使用英国的OXFORDMedilog9200型8导磁带记录仪进行24h描记后作离线回放分析,并与普通EEG相比较。
Directly joining magnetic recorder to the microcomputer, we completed dy-namic measuring of wear testing parameters. 采用磁记录器直接与计算机配接,实现了对模拟热磨损各试验参量的动态测量。
The material of nano iron particles dispersed in carbon shows the soft magnetic properties measured by vibrating sample magnetometer and can be used as magnetic recorder materials. 作为对其性能的评价,对该纳米复合材料的磁性能进行了测试,结果表明它在常温下表现出典型的软磁性能。