侵彻起爆控制系统的过载信息实时采集处理与侵深识别技术

为提高侵彻起爆控制系统的实时性，基于状态网络设计和引信的模块化设计理论，以高速实时信号处理器（DSP）为核心，结合16位高采样率A/D转换器AD7656，并用全硅振荡器取代石英晶体，构建了可抗高冲击过载的微型化（φ40.0 mm）信息实时处理侵彻起爆控制系统；针对传统侵彻过载信号滤波方法的局限性，提出并应用了两种自适应信号快速处理方法，实现了信息的实时处理；半实物仿真和实际侵彻混凝土靶相结合的方案验证了此系统的可靠性，实现了起爆控制系统在高冲击环境中的起爆控制. 

Real-Time Information Sampling and Processing and Penetration Depth Identification of Penetrating Detonation Control System

To improve the real-time performance of penetrating detonation system, a miniaturized (φ 40.0 mm)hard target penetrating detonation system was proposed based on design theory of state network and modularization design of fuze systems. Equipped with real-time digital signal processor (DSP), high-sampling-rate AD7656 and silicon oscillator instead of crystal oscillator, the system could process information in real-time and bear high shock. For the limitations of traditional filtering methods, two adaptive and fast methods were proposed to improve the system and realize real-time over loading information process in penetration. Combining hardware-in-the-loop simulation test and field test, the penetrating detonation system is demonstrated to be reliable under shock loading.