基于单片机实现红外测温仪设计

范文编号:JD953   范文字数:13544,页数:42

摘  要

 红外测温技术在生产过程，产品质量控制和监测，设备在线故障诊断和安全保护以及节约能源等方面发挥了着重要作用。它打破了传统的测温模式，并且具备回应速度快、测量精度高、测量范围广和可同时测量环境温度和目标温度的特点，测量距离可达30米左右。
 本设计利用SPCE061A单片机和TN9传感器实现了一个简单的红外测温仪。SPCE061A是台湾凌阳公司生产的十六位单片机，该单片机内置有2路DA转换，8路AD转换及在线仿真等丰富的功能，这为实现具备语音播报功能的红外测温计提供良好的方便条件。本系统主要包括SPCE061A单片机、TN9红外测温传感器、按键部分和音频输出电路等四部分。这样设计的结果使电路的结构合理，各种要求能基本保证，同时系统的稳定性得到提高。
 
 
关键词  红外测温， SPCE061A， TN9 
 
 
 ABSTRACT

 The infrared temperature measurement technology plays an important role in the production process, the product quality control and the monitor, the equipment online breakdown diagnosis and the safe-keeping of security, as well as saved energy and so on. It broke the tradition measure pattern, and have many characteristics: quick response speed, high measuring accuracy, wide survey scope, and can simultaneously surveys the ambient temperature and the goal temperature, the survey distance amounts to 30 meters.
 This design adopts to the SPCE061A single-chip and the TN9 sensor which bring about a simple infrared thermo-detector. SPCE061A is a 16 monolithic single- chip which produced by Ling Yang Science and Technology Company. In this single-chip sets two road DA transformation, eight road AD transformation, and the online simulation and so on. This has provides a convenient condition for the infrared thermo -detector which has the r pronunciation broadcast function. The system includes: SPCE061A, TN9 infrared temperature sensor, Keys and audio output part and so on. This precisely designing causes the electric circuit structure to be reasonable, and completely guaranteeing each kind of requirement, at the same time obtaining the system stability .
  Keywords  Infrared measures temperature， SPCE061A，TN9, voice-broadcast

目 录

摘要 I
ABSTRACT II

1  绪 论 1
 1.1 本课题研究的背景和意义 1
 1.2 本课题研究的现状 2
 1.3 本课题发展趋势 3
 1.4 本课题研究的内容 3
2  系统方案设计 4
 2.1 本系统性能指标 4
 2.2 方案选择 4
 2.2.1 方案提出 4
 2.2.2 方案论证 5
 2.2.3 方案选定 6
3  系统硬件设计 7
 3.1 系统总体结构框图 7
 3.1.1 框图说明 7
 3.2 凌阳16位单片机(SPCE061A) 7
 3.2.1 SPCE061A芯片简介 8
 3.2.2 芯片的引脚排列和说明 9
 3.2.3 电源板电路模块分析 11
 3.2.4 复位电路 12
 3.3 键盘电路 13
 3.4 音频输出电路 13
 3.5 红外测温传感器 14
 3.5.1 TN9红外传感器简介 14
 3.5.2 TN9模块的性能参数 15
 3.5.3 TN9模块与单片机连接图 16
4  系统软件设计 17
 4.1 软件设计的架构 17
 4.2 系统主程序流程图 17
 4.3 读取数据子程序设计 19
 4.4 语音播报子程序设计 20
 4.4.1 凌阳音频压缩编码 20
 4.4.2 语音播报流程图 21
5  系统组装与调试 23
 5.1 61板自检 23
 5.2 传感器与系统的连接 23
 5.3 程序下载 24
结论 28
参考文献 29
附录A:SPCE061A精简开发板原理图 31
附录B:主程序 32
致谢 38

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