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首页> 外文期刊>Indian Journal of Science and Technology >Simulation and Implementation of Angular Displacement Measurement System for Antenna Positioning
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Simulation and Implementation of Angular Displacement Measurement System for Antenna Positioning

机译:天线定位角位移测量系统的仿真与实现

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Objective: To design angular displacement measurement system. Methods: System is simulated by using free and open source Scilab. The overall minimum, real time system is designed around an 8-bit cost effective, MCS51 microcontroller 89C2051. A high precision wire wound potentiometer serves as an angular displacement sensor. The digitized sensor output form ADC0804, after processing is displayed on LCD. The system is minimized by connecting ADC in free running mode and LCD in 4-bit mode. Findings: The system is tested for measurement of an angular displacement in the range of 0-180°. The results of simulation and the experimental measurements are in good agreement. Application: The system is suitable for angular displacement measurement for antenna positioning.
机译:目的:设计角位移测量系统。方法:使用免费和开源的Scilab对系统进行仿真。整个最小实时系统的设计是基于8位成本效益的MCS51微控制器89C2051。高精度绕线电位器用作角位移传感器。经过处理的数字化传感器输出ADC0804将显示在LCD上。通过在自由运行模式下连接ADC和在4位模式下连接LCD,可以最大程度地减少系统成本。结果:该系统经过测试,可测量0-180°范围内的角位移。仿真结果与实验测量结果吻合良好。应用:该系统适用于天线定位的角位移测量。

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