论文部分内容阅读
一、引言“陶”是美陆军步兵用的重型反坦克武器,它能从地面、无装甲多用途车辆上和直升飞机上发射,用以摧毁坦克、防御工事和其他目标。“陶”式武器系统由发射架、光学瞄准镜、控制箱和发射管、导弹制导装置等主要部件组成。在攻击目标时,“陶”的射手借助光学瞄准镜十字分划线对准日标,红外系统探测飞行导弹发出的红外能,并产生基准信号。导弹制导装置用来探测导弹飞行轨迹的误差,从而产生必要的校正指令信号,把导弹引向目标。据称,在65～3000米距离上,其命中概率大于90％。“陶”是六十年代末第二代重型反坦克导弹中性能较好的一种。本文仅从仪器设计方面,对其构造持点作些讨论。
I. Introduction Tao is a heavy anti-tank weapon used by the US Army infantry. It can be launched from ground-based, armored multipurpose vehicles and helicopters to destroy tanks, fortifications and other targets. “Tao” weapon system consists of launchers, optical sight, control box and launch tube, missile guidance device and other major components. While attacking the target, Tao’s shooter aimed at the Japanese standard with an optical sight cross and the infrared system detected the infrared energy emitted by the flying missile and produced a reference signal. The missile guidance device is used to detect the error of the missile’s trajectory so as to generate the necessary correction command signals to guide the missile to the target. Allegedly, in 65 ~ 3000 meters distance, the hit probability is greater than 90%. “Tao” is the second generation of heavy anti-tank missiles in the late sixties a better performance. This article only from the instrument design, the structure of the holding point for some discussion.