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论文编号:DQ298 论文字数:13289,页数:36 附任务书，开题报告，答辩PPT，答辩提纲
基于单片机的温度报警系统
摘 要：随着单片机技术的迅猛发展，用单片机来开发和研制某种新型产品已成为当今和未来技术发展的一个新热点。由于工业过程控制、家用电器、智能产品等需要，基于单片机的温度控制系统的应用也十分广泛。本系统主要以凌阳16位单片机SPCE061A为核心，凌阳单片机的语音特性和存储特性较其它单片机有一定的优势，利用单片机所具有的智能测控特点，结合温度传感器，采用软、硬件结合的方式，设计制作了基于单片机的温度报警系统。整个硬件部分由温度采集电路、模/数转换电路、语音播报电路、显示电路、控制电路等构成。软件部分是基于凌阳单片机的集成开发环境IDE，用C语言编程来完成整个系统的控制。整个系统主要完成对中药的加热和控制，温度可以设定在40-80℃，通过判断当前温度与设定温度来控制加热器的状态,并有语音报警。
关键词：单片机 温度传感器 温度采集 语音报警
Temperature Warning System Based on The Single-Chip Microcomputer
Abstract：With the rapid development of single-chip microcomputer technology, it has been a new tech-focus that new products are being developed and studied using the single-chip microcomputer. Temperature controller system based on single-chip microcomputer is wildly being adopted due to the need of the industry process control，household appliances，intellectual products etc. The system itself, sunplus16 single-chip microcomputer SPCE061A as its main core, making some good advantages of the sound and memory characteristics, using the intelligent measure and control function of the single-chip microcomputer, combining temperature sensor, adopting the way in which the software and hardware component combines, make the temperature alarming system. The whole hardware part is composed of the collection temperature circuit, A/D circuits, voice broadcast circuits, display circuits, control circuits, etc. And the software component, based on the integration development environment IDE of sunplus16 single-chip microcomputer, accomplish controlling the whole system by using C language programming. The entire system is the main conclusion of the heating and control of Chinese traditional medicine, the temperature may being established in 40-80ºC, controlling the heater through judging the current and the set temperature and there is also a voice warning.
Key words：single-chip microcomputer temperature sensor temperature sampling voice alarming
目 录
1 绪论 1
1.1 研究本课题的意义及发展 1
1.2 温度检测系统的动向与趋势 1
2 温度检测原理 2
2.1 温度检测方法与相应温度传感器的测温原理 2
2.2 温度传感器存在的问题 4
3 单片机技术 5
3.1 单片机技术的发展 5
3.2 单片机系统的应用 5
3.3 SPCE061A单片机简介 5
3.4 SPCE061A精简开发板－61板 6
4 温度报警系统的方案设计 9
4.1 测量对象 9
4.2主要任务以及主要技术经济指标 9
4.3 设计方案比较与器件选定 9
4.4 初步的方案设计图 10
5 温度报警系统的硬件和软件的具体设计 11
5.1 硬件电路结构及说明 11
5.2 各部分硬件电路图 12
5.3 61板集成开发环境（IDE）简介 15
5.4 程序结构框图 15
5.5 主程序流程图和中断程序流程图 16
5.6 系统程序 18
5.7 软硬件调试 18
结 论 19
参考文献 20
致 谢 21
附录1 系统主程序 22
附录2 SPCE061A单片机封装图及管脚功能 34
