一种数字化人影火箭方位角线性传感器设计

The Design of Digital Linear Azimuth Sensor for Rocket Assignment on Weather Modification

摘要: 为了减缓和降低气象灾害对人们生产、生活的影响，我国作为人影大国，人影作业的次数、强度都在增加，但其智能化管理的程度还很低。在加大人影作业智能化管理过程中，火箭炮作业时的府仰角和用弹量均易准确采集，但方位角的采集是一个重点和难点。为此，本文提出了一种数字化线性方位角传感器的设计方案。文中详细介绍了其工作原理和方位角采集实施方法。通过实验证明方位角采集稳定性、连续性好，精度高。

Abstract: In order to mitigate and reduce the impact of meteorological disasters on people’s production and life, China, as a large country, is increasing the number and intensity of shadow operations, but the degree of intelligent management is still very low. In the process of increasing the intelligent management of figure operation, it is easy to collect the elevation Angle of rocket launcher and the amount of ammunition used, but it is a key and difficult point to collect the azimuth Angle. This paper presents a design scheme of digital linear azimuth sensor. The working principle and im-plementation method of azimuth acquisition are introduced in detail. The results show that the azimuth acquisition is stable, continuous and accurate.