摘要在评估战斗部的实战性能时，需要测量战斗部静、动爆实验后产生的破片群的飞行速度、散布情况以及破片速度的衰减规律，铝箔靶在破片速度测试中有着广泛的应用。
本文设计了一种和测速铝箔靶相配套的多通道信号调理器及信号处理程序，主要内容包括铝箔靶的信号调理电路设计、调理器机箱结构设计及上位机速度信号处理软件。设计中使用了Pro/E工程制图软件绘制了机箱壳体的三文立体图，采用Protel绘制了信号调理电路的原理图和PCB板图，采用LabVIEW编写上位机数据处理程序。信号调理器既可采用220V电源供电，也可以适合野外作业的需要，采用干电池供电，机箱面板可显示铝箔靶的连接状态，输出信号适合数据采集系统采集，实现了破片速度的测量。25982
关键词 ：铝箔靶 信号调理 数据处理 破片群速度
毕业论文设计说明书外文摘要
Title Aluminum foil target signal conditioning and data processing software design
Abstract
In the evaluation of warhead’s performance in combat need to measure flying speed ,spread and attenuation of fragments after static and dynamic burst experiment .Aluminum foil target designed to be used for field measurements of velocity fragments group multi-channel signal conditioner. Design including the size and shape of the chassis design, board layout drawing, and PC data processing software to write. Power supply can be 220V power supply, can also be suitable for field work required, the use of dry battery, chassis panel can display the connection status of foil target, the output signal can be easily connected to the system and data acquisition, and deliver the pulse which is through the target to data acquisition system. With the multi-channel data acquisition system can easily capture multiple speed signal, the method of data collection by the direct recording output signal fragments over the target, or use artificial intelligence algorithms to identify desired measurement signal, instead of measuring instrument recorded between the two signals time interval, to achieve fragments measuring speed. the Pro/E as an engineering drawing software, and Protel using to draw the board, LabVIEW using in preparation of PC data handler are mainly used in design.
Keywords ：Aluminum foil target ,Signal conditioning ,Data processing ,
group velocity fragments
目 次
1 绪论 1
1.1 研究背景与意义 1
1.2 国内外研究现状 1
1.3 破片速度衰减规律 3
2.基于铝箔靶的破片测速系统 5
2.1 铝箔靶工作原理 5
2.2 测速系统组成 5
2.2.1 破片衰减规律测试系统组成 5
2.2.2战斗部破片群的初速测试系统组成 6
2.3 信号调理器 6
2.4 速度信号处理软件编程环境 7
3．信号调理器箱体结构设计 9
3.1 信号调理器输入输出连接器选择 9
3.2 信号调理器通道数和外形尺寸 10
4. 信号调理器电路的设计 12
4.1 电路原理图的设计 12
4.1.1 供电方式选择电路 12
4.1.2 前级转换电路 13
4.1.3 脉冲整形电路 13
4.1.4 反相电路 14
4.1.4 过滤电路 15
4.2 PCB板的绘制 16 铝箔靶信号调理器及数据处理软件设计+PCB电路图:http://www.youerw.com/zidonghua/lunwen_20014.html