摘要
某型火控系统在设计时考虑了安全性,以模拟火箭弹仿真为基础,考虑由于使用条件的变化、使用方法的不同、操作人员的随机性以及部队的实际使用需求,致使某些参数达到了极限条件,通过解决仿真过程中出现的"不发射"现象,保证了发射电路中的光耦器件的最佳工作状态,保证火箭弹的正常发射和可靠发射。为以后火控系统的安全性设计提供了基础。
a certain type of fire control system thinks about security when designing.Based onsimulation of projectile,variation of operating conditions,randomness of operators and actual demandlead to some parameters reaching to limit.Through solving the phenomenon of“non-launching”whensimulation,guarantee the best working state of optic coupler device in launch electric circuit,soguarantee regular launch and reliable launch.The conclusions lay the foundation for further securitydesign research of fire control system.
作者
赵庆岚
陈志勇
鲁飞
刘巍
ZHAO Qing-lan;CHEN Zhi-yong;LU Fei;LIU Wei(Beijing Military Delegation Office Located at 207 Institute,Taiyuan 030006,China;North Automatic Control Technology Institute,Taiyuan 030006,China;Beijing Military Delegation Office Located at Fact. 247,Taiyuan 030009,China)
出处
《火力与指挥控制》
CSCD
北大核心
2017年第2期180-182,共3页
Fire Control & Command Control
关键词
火控系统
极限
光耦器件
发射
fire control system
limit
optic coupler device
launch