温枪弹道中光电靶灵敏度控制系统优化设计

传统控制系统存在灵敏度控制效果差、性能不稳定等问题，无法满足高效控制标准，提出温枪弹道中光电靶灵敏度控制系统优化设计。根据实际条件和干扰元素设计原理，从温枪弹道中光电靶灵敏度控制角度出发，将光信号转换为微弱电流信号，对微弱电流信号进行转换，设计光电靶灵敏控制器和光电转换电路，完成系统硬件部分设计；选择基于优化环境下的软件程序开发板来实现软件编程，完成光电靶灵敏度控制系统的优化。实验验证结果可知，该系统灵敏度控制效果强、性能稳定。

Optimization design of sensitivity control system of photoelectric target in temperature gun trajectory

The traditional control system has some problems such as poor sensitivity control, unstable performance and so on. It can not meet the standard of effective control. The optimization design of photoelectric target sensitivity control system is put forward. According to the actual condition and design principle of interference elements, starting from the angle of photoelectric target sensitivity control temperature gun ballistic, converting the optical signal for the weak current signal of weak current signal conversion, design of photoelectric target sensitive controller and photoelectric conversion circuit, complete system hardware design; selection of software development environment based on the optimization of plate the realization of software programming, optimize the photoelectric target sensitivity of control system. The experimental results show that the sensitivity control of the system is strong and the performance is stable.