CAJ | 학술논문

针对激光制导炮弹导引头光学系统及后端处理电路无法承受高过载的问题，设计了由橡胶垫和胶状物组合的立体减振装置，对处理电路采取封装固化等措施，从结构设计上提高抗高过载能力．经仿真分析及试验验证，该方法可使导引头受到的冲击减小到5．1 kg，变形值亦在其许可范围之内，可满足系统的抗高过载要求．
침대격광제도포탄도인두광학계통급후단처리전로무법승수고과재적문제，설계료유상효점화효상물조합적입체감진장치，대처리전로채취봉장고화등조시，종결구설계상제고항고과재능력．경방진분석급시험험증，해방법가사도인두수도적충격감소도5．1 kg，변형치역재기허가범위지내，가만족계통적항고과재요구．
In order to solve the problem that the optical system of laser-guided projectile seeker and back-end processing circuit of laser-guided projectile can not against high overload,the stereoscopic vibration absorber composed of rubber pad and jelly was designed.The structure against high overload was also designed,such as packaging and solidifying the processing circuit.The simulation analysis and experiment validation showed that the design could decrease the impact effectively to 5.1 kg,and the deformation was also acceptable,so the design could meet the requirements of vibration isolation and shock resistance of the system.