摘要近些年来,观测系统在反恐防暴、渔业捕捞、野外勘探、建筑测绘等领域有着重要的作用。目前常见的测距及操控系统不具备便携性和远距离测距的特点。故设计了一个小型的便携式观瞄及操控仪,可以在3000m范围内精确测量目标距离,感知设备姿态,获取目标图像及视频信息。论文着重研究了系统的硬件结构、元器件的选择、系统控制电路、系统软件设计以及实验数据处理。系统以ATmega2560-16AU单片机为核心,通过与测距仪、罗盘、CCD、LCD、蜂鸣器等之间的相互协作来完成以上工作。试验结果表明:系统性能良好,具有灵敏度高、精确度高、低功耗、易于携带、操作简单等优点。6421
关键词 系统结构 ATmega2560单片机 控制系统设计 软件设计
毕业设计说明书(论文)外文摘要
Title Portable observation and manipulation of the instrument
Abstract In In recent years, the observing system plays an important role in the field of anti-terrorist riot, fishing, field exploration, construction and mapping.Distance measurement and control system does not have the characteristics of portability and long-distance ranging.Therefore designed a small portable concept aiming and manipulation of the instrument, accurate measurement of target distance in the range of 3000m, aware devices pose, to obtain the target image and video information.The paper focuses on the hardware architecture of the system, component selection, system control circuit, system software design,and experimental data processing.ATmega2560-16AU microcontroller as the core, through the mutual cooperation between the range finder, compass, CCD, LCD, buzzer to complete the above work.The results showed that,system performance well,it have high sensitivity, high accuracy, low power consumption, easy to carry, easy to operate, etc. advantages.
Keywords System structure ATmega2560 microcontroller Control system designing Software designing
目 录
1 绪论 1
1.1 课题的研究背景及意义 1
1.2 国内外发展现状 1
1.3 课题主要内容 2
2 系统总体方案设计 3
2.1 系统总体结构 3
2.2 系统各部分功能介绍 3
2.3 器件选型 4
2.3 方案要点分析 10
3 控制系统设计 12
3.1 单片机基本电路 12
3.2 启停控制电路 14
3.3 蜂鸣器控制电路 15
3.4 字符叠加模块 16
3.5 通讯接口电路 17
3.6 电量检测电路设计 21
4 系统软件设计 22
4.1 单片机程序主要内容 22
4.2 主程序设计 22
4.3 A/D转换子程序 22
4.4 串口通讯子程序 23
4.5 LS2060-NJ测距仪通信协议 25
4.6 TCM3罗盘通信协议 25
4.7 装定器通信协议 26
5 试验 27
5.1 距离测量: 27
5.2 航向角、俯仰角测试: 28
结 论 29
致 谢 30