战斗部传爆时序的存储测试

针对毁伤测试中存在的问题，提出采用上电即采集的存储测试方法测量战斗部的传爆时序。通过解决输入信号抗干扰、测试装置状态反馈、在存储器中建立文件系统从而实现连续多次测量等关键技术，实现对各个爆炸点爆炸探针信号的可靠采集和记录；2个爆炸探针输出信号上升沿之间的时间间隔即为两级爆炸之间的延时时间。试验结果表明：该方法具有测试可靠、测试装置体积小、重量轻、携带方便、布设简单等优点，可以推广到试验过程中多个瞬态事件之间时间的采集存储。

Storage Test of Warhead Detonation Sequence

Aiming at the problems existing in the damage test, a storage test method is proposed to measure the detonation time sequence of the warhead. By solving the key technologies of anti-interference of input signals, state feedback of the test device, and establishing a file system in the memory to realize continuous multiple measurements, the reliable acquisition and recording of the explosion probe signals of each explosion point are realized, and the time interval between the rising edges of the output signals of 2 explosion probes is the delay time between 2 explosions. The test results show that the method has the advantages of reliable test, small size, light weight, easy to carry and simple layout, and can be extended to the acquisition and storage of time between multiple transient events in the test process.