CAJ | 학술논문

鉴于直列式安全起爆系统在外界恶劣电磁环境下以及弹上电气工作时产生的涌浪电压、静电及电磁辐射等干扰因素，采用隔离设计、屏蔽电子线路、瞬态电压抑制器等方法减少电磁辐射、电磁干扰，改善了直列式安全起爆系统的电磁兼容性；并根据国军标电磁安全性评估方法，对直列式安全起爆系统在包装、裸露、工作状态下进行了电磁安全性测试分析。试验结果表明，通过电磁兼容改善后的直列式安全起爆系统在电磁辐射（EMR）、电磁干扰（EMI）、静电放电（ESD）环境危害中具有高安全性，完全满足大型战斗部对起爆技术的要求。
감우직렬식안전기폭계통재외계악렬전자배경하이급탄상전기공작시산생적용랑전압、정전급전자복사등간우인소，채용격리설계、병폐전자선로、순태전압억제기등방법감소전자복사、전자간우，개선료직렬식안전기폭계통적전자겸용성；병근거국군표전자안전성평고방법，대직렬식안전기폭계통재포장、라로、공작상태하진행료전자안전성측시분석。시험결과표명，통과전자겸용개선후적직렬식안전기폭계통재전자복사（EMR）、전자간우（EMI）、정전방전（ESD）배경위해중구유고안전성，완전만족대형전두부대기폭기술적요구。
Aiming at the problem of interference occurred in in-line electronic safety and arming system, which was caused by surge voltage, electrostatic and electromagnetic radiation in harsh electromagnetic environment in the outside world, as well as on-line of bomb, the methods such as isolation, shielding the circuit, transient voltage suppressors and other were adopted, the electromagnetic radiation (EMR) and electromagnetic interference (EMI) was reduced effectively, which improved electromagnetic compatibility of in-line electronic safety and arming system. Meanwhile, according to the military standard, the electromagnetic safety of in-line electronic safety and arming system was tested and analyzed under the package, nudity and working state condition. The experimental results showed that the improved in-line electronic safety and arming system has high safety in hazards of EMR, EMI and electrostatic discharge(ESD), which can meet with the requirements of large warhead.