基于dsp的温度控制系统设计

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1、山东建筑大学信电学院课程设计说明书山东建筑大学课程设计说明书题目：基于DSP的温度控制系统的设计课程：DSP课程设计院（部）：信息与电气工程学院专业：电子信息工程班级：电信061学生姓名：123学号：456指导教师：78完成日期：2009年7月4日1山东建筑大学信电学院课程设计说明书目录摘要······································································································································

2、·····II1设计目的·······························································································································12设计要求·······························································································································13设计内容··

3、·····························································································································23.1理论依据················································································································23.2信号特征分析·························

4、························································································23.3方案设计·················································································································33.4器件选型·······························································

5、············································43.5系统设计·················································································································8总结与致谢·············································································································

6、·················131山东建筑大学信电学院课程设计说明书参考文献··································································································································141山东建筑大学信电学院课程设计说明书摘要根据题目要求设计基于DSP的温度控制系统。通过选择合适的DSP芯片型号，传感器和外围电路，如复位电路，电源电路，时钟电路，信号采集电路等，实现对温度信号的采集，信号处理及温度

7、的控制。关键词：DSP芯片；温度信号采集；温度传感器；时钟电路1山东建筑大学信电学院课程设计说明书1设计目的通过选择合适的DSP芯片型号，传感器和外围电路，如复位电路，电源电路，时钟电路，信号采集电路等，实现对温度信号的采集，信号处理及温度的控制。2设计要求控制室内温度恒定为设定值（±3℃），室内温度采样点为5个点，要求系能对室内温度进行实时采集、处理，并根据设定值通过空调设备进行相应控制（制冷或加热）。根据设计题目的要求，选择确定DSP芯片型号、温度传感器型号，完成系统硬件设计，实现对温度数据的实时采集和处理。1山东建筑大学信电学院课程设计说明书3设计

8、内容3.1理论依据（1）温度是过程控制中主要的被控量，对温度信号的采集与处理已经