1)resolver-to-digital conversion轴角解码
1.Resolver excitation and resolver-to-digital conversion system based on linear angle calculation采用线性求角的旋变轴角解码与激磁系统
英文短句/例句
1.Resolver excitation and resolver-to-digital conversion system based on linear angle calculation采用线性求角的旋变轴角解码与激磁系统
2.Existing Problem in Panyi Mine Auxiliary Shaft Lifting Axis Angle Coder and Resolve Way潘一矿副井提升机轴角编码器存在问题及解决办法
3.Research of Virtual Absolute Rotary Encoder Using M-code;准绝对式M码光电轴角编码器的研究
4.An Absolute Optoelectronic Coding Angular Encoderbased on the a Track;基于单码道绝对位置编码的光电式轴角编码器
5.An Optoelectronic Angular Encoder Based on Double Track Absolute Encoding基于双码道绝对位置编码的光电式轴角编码器
6.Research of Metal Single-Track Absolute Rotary Encoder金属盘单码道绝对式轴角编码器的研究
7.Research on Coding for Photoelectric Shaft Encoder Based on Image Sensor利用图像传感器的光电轴角编码器编码研究
8.Coding modes of photoelectric shaft encoders and their developing trend光电轴角编码器的编码方式及其发展趋势
9.The Study of 24-bits Absolute Photoelectric Rotary Encoders;24位绝对式光电轴角编码器的研究
10.Research on the Single-ring Absolute Photoelectric Shaft Encoder;单圈绝对式光电轴角编码器原理的研究
11.The Research of the Method of Photoelectric Signal Compensation for High-precision Shaft Encoder;高精度轴角编码器光电信号补偿方法的研究
12.Study of Absolute Photoelectricity Rotary Encoder Based on Electrical Interpolation Device;基于高插补系数的绝对式光电轴角编码器研究
13.The Research and Design of Space-Applied High-Precision Photoelectric Rotary Encoder;高精度光电轴角编码器空间适应性研究与设计
14.Research on the Beam with Orbital Angular Momentum Used in Encoding and Decoding of Optical Communication具轨道角动量光束用于光通信编码及解码研究
15.This paper puts forward a new kind of single channel absolute photoelectric shaft encoder.介绍了一种新型的单道绝对式光电轴角编码器及其特点。
16.Photoelectric rotary encoder, which is also called photoelectric angel-position sensor, is a kind of digital angle-measuring device combining optics, mechanics and electronics.光电轴角编码器,又称光电角位置传感器,是一种集光、、为一体的数字测角装置。
17.Construct a set of rectangular axes and resolve any inclined forces into rectangular components.作一组直角坐标轴,把各力都分解成正交分量。
18.The Elementary Anatomical Study and Three-dimensional Reconstruction of the Facial Modiolus口角轴的基础解剖及其三维立体结构研究
相关短句/例句
CPLD轴角编码
1.The Application of CPLD in Radar Servo Encoder Circuit;CPLD在雷达伺服轴角编码电路中的应用
3)rotary encoder轴角编码器
1.Phase correction of quartering deviation of photoelectric rotary encoder;光电轴角编码器光电信号正交性偏差的相量校正方法
2.The scheme of measuring the swaying of rocket and artillery systems was proposed by means of a laser beam simulating the axis of the barrel and a photoelectric rotary encoder measuring the swaying,and the principle of the scheme was illustrated.提出了以激光光束模拟定向管轴线,应用光电轴角编码器测量晃动量的方案,阐述了火箭炮和火炮晃动量光电测量系统的测量原理,设计了包括自动施力装置、测角装置、光电探测幕靶在内的一套光电测量系统并分析了系统精度,其测量精度≤17。
3.The motion control system included three serial closed loops, in which two analog inner loops were a current feedback loop and a velocity feedback loop; the digital outer loop (position error feedback loop) was implemented by using three high accuracy 14-bits absolute rotary encoders as the angle displacement sensor.其中两个模拟内环为电流环和速度环,数字外环(位置环)采用三只高精度的14位绝对式轴角编码器作为角位移传感器。
4)axle-angle position coder轴角编码器
1.The reason of the error in axle-angle position coder for precision tracking and instrumentation radar is analyzed in this paper, and the concrete measures of controlling the error are also proposed.分析了精密跟踪测量雷达用轴角编码器产生测量误差的原因,并结合实际提出了控制测量误差的具体措施。
2.This paper introduces the design plan of a coupling for high precision axle-angle position coder, the rigidity is small except torsional.介绍了高精度轴角编码器用精密弹性联轴器的设计要求,提出了一种精密弹性板联轴器的设计方案。
5)angle-shaft encoder角轴编码器
6)photoelectrical rotary encoder光电轴角编码器
1.The AD7864 chip is a complete analog signal processor for the interpolation in the photoelectrical rotary encoder and it only need 1.65μs,所以非常适合应用在光电轴角编码器中,采用20 MHz晶振频率的16位80C196KC微处理器来提高编码器运行速度,同时介绍其与80C196KC单片机硬件接口电路和在编码器中的莫尔条纹细分的软件设计流程,最后阐述其在光电轴角编码器的应用结论和转换开始后输入信号和跟踪/保持信号的时序图的应用结论。
2.Constitution and operating principle of a system for detecting dynamic error code of photoelectrical rotary encoder is presented.介绍了一种光电轴角编码器动态误码检测系统的结构和工作原理。
延伸阅读
轴角分子式:分子量:CAS号:性质:晶体中结晶轴之间的夹角。一般以α、β、γ表示。