电子经纬仪采用了动态测角系统。
Dynamic Angle measuring system has been employed in electronic theodolites.
实验结果验证了本测角系统方案的正确性。
In the end, the correctness of the system is validated by experimentation.
为此首先选取了高精度的测角系统作为基本部件。
For this purpose, first of all, we select the high accuracy of the Angle measurement system as basic components.
设计出了简易的测角系统，并通过误差分析，说明了它的应用前景。
Thus a simple Angle measuring system is designed. Through the error analysis, its application prospects are presented.
为了使光栅测角系统获得较高的分辨率，通常采用鉴相式电子细分。
In order to achieve high resolution in grating angles measuring system, phase fine division is adopted generally.
本文讨论用微处理机(单板机或单片机)实现一种线扫描雷达的测角系统。
In this paper, as a unit of a linear scanning radar, an angle-measuring system made up of a microcomputer (single-board or monolithic) is discussed.
为了实现对方位角的精确测量，设计并实现了圆感应同步器方位测角系统。
In order to measure azimuth Angle precisely, the inductosyn angular measurement system is designed and implemented.
利用轴角-数字转换芯片a和旋转变压器，可以组成高精度的多通道测角系统。
Using the resolver - to - digital converter a a multi channel Angle measuring system.
根据误差模型及系数，采用软件进行误差补偿，有效地提高了测角系统的精确度。
The accuracy of angular displacement was increased greatly by software error compensation according to the error model and parameters.
同时使测角系统具有定时测角、八平均和自补偿功能，有利于提高测角系统的精度。
This sys-tem is noted for the angle measurement at a preset intervial, eight average, self-compensation, which have advantageous to the improvement of the precision of angle measurement.
本文重点介绍SJ-1型测角系统幅相变换部分的工作原理、误差分析及误差补偿。
This paper introduces the working principle, error analysis and error compensation about the angle measuring system.
利用轴角-数字转换芯片AD2S82A和旋转变压器，可以组成高精度的多通道测角系统。
Using the resolver-to-digital converter AD2S82A, design a multi channel angle measuring system.
利用轴角-数字转换芯片AD2S82A和旋转变压器，可以组成高精度的多通道测角系统。
Using the resolver-to-digital converter AD2S82A, designed a multi channel angle measuring system.
针对感应同步器测角系统，提出了一种自动检测测角误差、辨识误差模型系数和补偿误差的方法。
A method that measuring angular displacement error, identifying parameters of error model and compensating error automatically was put forward based on inductosyn angular measuring system.
在介绍集成轴角变换器的工作原理后，详细介绍了用于控制力矩陀螺速率控制系统中的测角系统。
In this paper, the Angle measuring system using in Single Gimbal Control Moment Gyroscope (SGCMG) is discussed after introducing the basic theory of resolver-to-angle converter.
采用文中提出的方法，可以大大缩短测角系统的精度调试周期，并且能够获得近似完全的补偿效果。
With the method given in this paper, the period to debug the systems can be reduced down and the total error can be compensated almost.
讨论了双通道测角系统中粗、精通道数据的耦合问题，对传统的十分位比较法的判别条件进行了修正。
The coarse-fine data coupling in double-channel angle measuring system is discussed. The criterion of the conventional method is corrected.
由于感应同步器测角系统的误差的存在，相当于在系统的输入端加入了一个干扰，从而在电机控制系统中引起电机速率的波动。
The error of inductosyn Angle measurement system will cause ripple of speed in DC motor control system. This error is equal to adding a disturbance to the input.
再次，论文对测角系统设备误差的形式及其对位置检测的影响进行详细的分析，对设备误差在线检测和在线补偿的方法进行了讨论。
Thirdly, methods of device 'error detection and compensation are discussed based on the analysis of device's error's impact on position detection in Resolver-Digital RDC system.
理论分析和实验研究证明采用感应同步器跟踪型测角系统检测位置和速度信号是可行的，在仿真转台的研制中应用该系统是很成功的。
The theory analysis and experiment work proved the hybrid sensor method is correct. And the application of the tracking measuring angle system designed with the new method is …
它可以自动或手动跟踪飞行中的导弹，实时采集测角数据，利用通信系统进行无线数据传输。
The system has the capabilities of tracking a missile in flight automatically or manually, acquiring and transmitting the angular data in real time by using the microcomputer and the data link system.
在先进的火炮动态性能测试系统中，光学系统固有的畸变使得不同视场下的实际焦距不同，间接地影响系统的测角精度。
Distortion of optical system makes focal length of advanced fire control dynamic performance test system different at different FOVs, and influences angle-measuring precision.
首先，针对某型精密伺服转台系统中三块电路板（模拟控制板、单片机板和测角控制板）设计了专门的电路板测试仪。
First, a special instrument to test the analog-control board, single-chip board and angle-measure board in the high precision servo turntable system is designed.
本文主要分析影响某弹道测量与修正雷达系统测角精度的误差因素。
This paper analyzes the impact of a radar system trajectory measurement and correction of error Angle measurement accuracy factor.
基于GPS的同步相量测量单元(PMU)实现了电力系统的功角或母线电压相角直接可测。
GPS-based synchronized phasor measurement unit (PMU) can measure the power Angle or phase Angle of bus voltage directly.
着重讨论了雷达测速系统中的数字测角原理和算法，以给出了目标角度修正公式和计算机仿真结果。
This paper emphatically discusses digital measuring-angle theorem and algorithm in radar measuring-speed system. It also provides Angle correction formulas of a target and computer simulation results.
本文讨论了大气湍流引起的强度起伏和相位起伏对激光雷达跟踪系统测角精度的影响。
In this peper, it is discussed about the laser radar's angular tracking errors caused by atmospheric turbulence which results in intensity fluctuation and phase fluctuation.
介绍了一种光电测量设备红外测量系统动态测角误差检测方法。
This paper introduces a testing method of dynamic measuring error of angles for infrared system of photoelectric measuring equipment.
介绍了一种光电测量设备红外测量系统动态测角误差检测方法。
This paper introduces a testing method of dynamic measuring error of angles for infrared system of photoelectric measuring equipment.
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