文中主要描述了基于电子准星补偿的电磁发射系统的设计思路和设计方法。系统利用激光测距值确定电磁发射系统的驱动级数,从而调整电磁火力;利用测距和测角结果进行弹道计算和子弹速度的计算;设计提出了全新的电子十字瞄准叉丝补偿方法,根据弹道计算的结果以电子的手段修正显示屏上十字叉丝的位置达到落差补偿的效果。最终研制出实验样机,并对样机进行了功能和性能验证,测距、瞄准和射击的精度均满足设计要求。

This paper mainly introduces the design idea and design method of electromagnetic launcher system based on electronic sight compensation. This system uses the distance value to determine the number of driving stages of the electromagnetic launcher so as to adjust the electromagnetic fire. The value of distance and angle is used to calculate ballistic and projectile velocity. A new compensation method for electronic cross hairs is put forward in order to correct the position of cross wire on the display screen. This design uses electronic means to achieve the fall compensation according to the result of ballistic calculation. Finally an experimental prototype is developed and the functional and performance verification of this prototype is carried out. It is concluded that the ranging, aiming and shooting accuracy all meet the design requirements.