码盘

完成了对各个传感器如GPS、电子罗盘、绝对光码盘的数据采集，以及对电机驱动器控制信号与输出信号的控制。

The data collection for various sensors such as GPS , electric compass and code disc has been completed , and the control over the controlling and output signals of the motor driver has been realized .

论文最后设计了基于PC材料的新型码盘以及光电编码器系统，实现了光电编码器的光学系统、信号采集系统和数据传输系统的硬件设计，并对信号处理、数据传输的软件部分进行了编写。

At last the paper design the PC code disc and the optical encoder system , achieve the hardware circuit of the photoelectrical system , signal acquisition system and data transmission system , write the software of the signal processing and data transmission at the same time .

采用混合码盘传感器的AC伺服系统

AC servo system with hybrid photoelectric encoder

基于CPLD的光电码盘计数器的设计

Design of photoelectrical encoder counter based on CPLD

脉冲反馈电路的功能是反馈光电码盘的脉冲序列到DSP控制电路，再由DSP计算出电梯门的位置和速度。

The function of pulses feedback circuit is feeding back a series of pulses produced by photoelectric code disk to CPU control circuit .

该电路可以和MCU或拨码盘连接，可精密控制脉冲宽度和脉冲间隔。

It interfaces with MCU or BCD dial switch , and precisely controls pulse width and duration ratio .

多片BCD拨码盘与单片机接口电路

A Circuit of Multi_ BCD _ code _ wheel in the SCM System

通过对光电码盘和FPGA在工业自动化领域应用广泛性的分析，论述了在控制系统中采用光电码盘和FPGA进行位置检测的必要性。

By analyzing the extensive application of photoelectrical encoder and FPGA in industrial automation field , the necessity of photoelectrical encoder and FPGA used in position detection control system had been explained .

定量研究M/T法测速采样周期Ts和光码盘P值对系统控制精度、动态特性的影响及对策。

This paper analyzes the influence of M / T measuring speed sampling period TS and pulse light generator on the accuracy of the system control and the dynamic characteristics and proposes their game .

由装设在轧机上的测速发电机（或光码盘）反映预期的高频功率大小，由数字PID调节器完成功率运算，达到自动调节高频功率的目的；

Through the speed measured generator equipped in the rolling machine which indicates expected value of high frequency power and digital PID adjuster dealing power calculation , automatic adjustable high frequency power will be realized .

利用电机码盘反馈构成内位置环控制，采用一般的PID控制律；通过关节位置反馈形成外位置环控制，采用模糊控制算法。

In the inner closed loop , general PID control method based on encoder feedback of motor is adopted , and in the outer closed loop , a new fuzzy control based on position feedback of joint is adopted .

并利用C语言设计光电码盘的计数器模块，为系统提供速度信息，设计数字的双闭环PID控制算法，利用它成功实现了自平衡车的控制。

Meanwhile , using C language designs photoelectric encoder counter module , which provides speed information for the system . Also , the researcher designs a digital double-loop PID control algorithm and has successfully realized the control of the self-balance car by using it .

根据系统稳态控制精度的要求，对数字触发器分辨率、数字测速装置、CPU运算等字长和光电码盘P值的计算选择做了定量分析，并对M／T法测速存在的缺点提出了改进方法。

This article is to do the quantitative analysis on digital trigger resolution , digital detected speed device . CPU calculation and word bits . And its selection of pulse light generator of P value according to the demand of systematic controlling accuracy .

本文通过采用DSP（TMS320F2808）和光电码盘，直接采集送丝电机的转速来实现送丝速度反馈控制，使控制目标更加合理。

In this thesis , the closed-loop control of the wire feeding system was achieved through DSP ( TMS320F2812 ) and electro-optical encoder to acquire the electrical wire feed speed directly .

基于通用PC机的ISA总线的伺服控制卡集PID控制、12位DAC转换、多卡同时操作、定时中断和监视定时器保护、限位处理、码盘倍频计数和多重中断管理等功能为一体。

The card is developed based on ISA bus of conventional PC and it integrates PID control , 12_bit DAC conversion , multiple_cards simultaneous operation , timed interruption and watchdog timer protection , limit processing , pulse multiple count and multiple interruption management , etc.

研制的自适应Synergic脉冲MIG焊微机控制系统，用光电码盘提取送丝速度信号，同时取脉冲峰值电压作为电弧电压反馈信号。

A microcomputer controlling system for self-adaptive synergic pulse MIG welding has been developed . The system uses a photoelectric coding disk to sample wire feeding signals and takes the pulse amplitude as the feedback signal for arc voltage .

介绍了自动气象站风速传感器现场校准设备EB-10E型风速校验仪的拨码盘数码（以下简称拨码数）计算方法。

A method for computing dial-number of EB-10E wind velocity calibrator is introduced in this paper , which is an on-site calibrating instrument for wind velocity sensor of the automatic weather station .

实验证明，光栅印制机可以完成180dpi～360dpi条形光栅和圆形光栅的自动生产，光栅码盘安装精度测试仪能够完成180dpi～360dpi光栅码盘安装精度测试。

The experimental result shows that the Grating Duplicating Macline can produce 180dpi & 360dpi bar grating and circle grating automatically , and the Grating Disc Fixing Precision Test Apparatus can test 180dpi ~ 360dpi grating disc fixing precision .

基于光电码盘的电机高精度转角定位系统

High Precision Control and Angle-location of Motor Based on Photo-electricity Coder

单圈绝对式码盘编码方法的研究

Research on the Encoding Method of Single Ring Absolute Code Disc

基于反射式黑白码盘的模型车测速装置

Speed device of model car based on black and white stripe

基于光电码盘传感器的位置检测控制电路设计

Design of position detecting control circuit based on encoder sensor

光电码盘细分计数及接口设计

Design of Photoelectric Encoder Fine Resolution Count and Interface Circuit

方型码盘自动检测仪精密工作台的设计

The Design of Precision Stage of Automatic Tester for Square Encoding Disc

基于三种区域模式的绝对式码盘机理

Mechanism of Absolute Code Disc Based on Three Regional Models

激光干涉测长中的数据处理&拨码盘和插补相结合

Data processing in the laser interference length measurement-Combination of dial and interpolation

基于光电码盘的高精度电机转速测量

High precision of rotation speed measuring based on photo - electricity coder

基于光电码盘的三轴转台测角系统

The Angle-measurement System of Three-axis Turntable Based on Photoelectric Encoder

用于摄制光学码盘的双高斯型投影物镜的设计

Design of Double Gauss Projection Objective Used to Photograph Optical Coding Mask

绝对式光电码盘译码电路设计及模拟电路故障诊断研究

Design of Absolute Optical Encoder Decoder Circuit and Analog Circuit Fault Diagnosis