火箭助飞鱼雷入水点测量系统的设计与实现

Design and Implementation of Measuring System of Water Entry Point for Rocket Assisted Torpedo

火箭助飞鱼雷入水点测量系统用于鱼雷试验中鱼雷入水点大地坐标和鱼雷水下二维弹道轨迹测量,首次采用了矢量换能器技术对入水信号进行测量,深入研究矢量信号的处理方法,给出系统总体方案设计、工作原理及系统组成等,并对系统中采用的时空关联等关键技术进行了分析,实验测试结果表明系统采用方法可行、设计合理,可为同类系统设计提供参考。

Measuring system of water entry point for Rocket Assisted Torpedo can be well applied Measuring Water Entry Point and Two-Dimensional Trace,the pier adopts Vector Hydrophone Measured water entry point signal,in-depth study of the signal processing method of vector.This article focuses on the introduction of the whole design,the working principle and the hardware components etc.Key theories and techniques of the system are analyzed,such as spatio-temporal association etc.The expectation of development trends of these techniques is finally described.In the end the measuring results are introducd.The results show that the method is feasible and the design is reasonable and efficient.This system could provide reference for the further study of same system.