无轴承的驱动器增量式编码器与大型轴向或高速行驶。
Incremental encoders without bearings for drives with large axial play or high speeds.
采用增量式编码器，通过速度及位置信号进行双闭环控制。
Double closed loop control is implemented with increment encoder through signal of speed and position.
介绍了E6C2编码器的特点，并结合可编程序控制器的高速计数模块重点阐述了如何利用增量式编码器实现位置的精确定位。
This paper introduces the characteristics of E6C2 rotary encoder, and integrates high-speed counter block of PLC, explains how to use incremental rotary encoder to carry out the precise positioning.
采用高分辨率的增量式光电编码器和相应的硬件接口电路，实现了变磁阻电机转子在定子两个齿之间位移的检测。
Using an optical incremental encoder and hardware interface, the position of the motor rotor between the two teeth of the motor stator is measured.
为了防止突然断电时造成数据错误，增量式光电轴角编码器通常采用零位光栅提供绝对零位信号。
Incremental optical electric axial Angle encoder usually adopts zero position grating providing absolute zero position in order to prevent from data fault during electricity failure suddenly.
介绍一种接口电路，使增量式脉冲编码器与微机联合使用，实现绝对位置的测量。
An interfacing circuit which makes the incremental pulse encoder working with microcomputer for absolute position measurement is introduced.
增量式磁旋转编码器作为转角位置传感器，可以用四倍频的方法提高其测量精度。
The incremental magnetic rotary encoder, as a corner position sensor, can be improved its measure accuracy by the way of quadruplicated frequency circuit.
光电增量式轴角编码器的输出信号由于其编码原理而在慢速或停止时易受轴抖动影响。
Owing to the encoding principle, the outputs of the Photo incremental Rotary Encoder suffer from disorder when its shaft vibrates, especially when rotating slowly or halting.
介绍了增量式和绝对式编码器在同步丝杆控制中的应用和软件编制。
This paper introduces applications of the incremental and absolute angular encoders in synchronous leading screw control.
使用增量式光电编码器测量电机位置的伺服系统中，在电机启动时，普遍存在无法准确测量出电机转轴初始位置的问题。
The inaccurate measurement of initial position of motor rotor when the motor starts is a problem existing in a servo system applying increment photo-electricity pulse coder.
增量式光电编码器能够适应井下多粉尘、强噪声的恶劣环境，并且安装方便。
The incremental photoelectric encoder is fit for the environment full of powder and dust and strong noise. Also, it can be fixed expediently.
采用增量式光电编码器和可编程序控制器的全新设计，较好地解决了这一问题。
The new design with incremental encoder and Programmable Logical Controller works out a solution.
对绝对式、增量式和混合式光电轴编码器的工作原理进行了综述，介绍了光电轴编码器的选型原则、转子速度的测量和转子位置的测量方法。
There summarize the operating principle of absolute, incremental and hybrid encoder, introduce the choice principle of optical-encoder model and the measuring method of rotor speed and rotor position.
先进的技术和高灵活性是我们的增量和绝对式编码器的基本特征。
Advanced technology and high flexibility are the essential features of our incremental and absolute encoders.
利用增量式光电角位移编码器的输出角和测量机各连杆的长度来计算弯管轴线的方位；
The directional angles of the centerline of the straight portions of the bent tube are then calculated with the output angles r…
利用增量式光电角位移编码器的输出角和测量机各连杆的长度来计算弯管轴线的方位；
The directional angles of the centerline of the straight portions of the bent tube are then calculated with the output angles r…
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