1 / 44
文档名称:

毕业设计(论文)-STC10L08XE单片机实时温度播报系统毕业设计.doc

格式:doc   页数:44页
下载后只包含 1 个 DOC 格式的文档,没有任何的图纸或源代码,查看文件列表

如果您已付费下载过本站文档,您可以点这里二次下载

分享

预览

毕业设计(论文)-STC10L08XE单片机实时温度播报系统毕业设计.doc

上传人:zl201163zl 2016/6/1 文件大小:0 KB

下载得到文件列表

毕业设计(论文)-STC10L08XE单片机实时温度播报系统毕业设计.doc

相关文档

文档介绍

文档介绍:I 摘要本文设计一个以单片机 STC10L08XE 为核心的温度播报系统。系统具有实时播报温度、预警等功能。本系统主要包括硬件电路设计、功能实现软件设计。可实现对温度的测量、播报,并能根据设定温度范围判断是否超出设定温度,从而实现预警。温度播报系统的主要功能是实现语音存储与定时播放。该系统主要有电源电路、存储电路、控制电路及其他辅助电路等部分组成。电源电路采用 供电, 主要控制采用 LM1117- 稳压芯片,语音播放及继电器部分采用 7812 为其提供稳定的电流电压。存储电路采用一片华邦 SPI FLASH 芯片 W25Q32BV ,大小为 512K BYTE 。用于存储播报温度时的声音素材。控制电路采用 STC10L08XE 单片机单片机作为系统的主控制单元。 STC10L08XE 单片机是一种低功耗、高性能 CMOS 8位微控制器,具有 10K 在系统可编程 F LASH 存储器。关键词:温度播报单片机存储芯片语音芯片 II Abstract This paper designs a STC10L08XE single chip processor as the core of the temperature reporting system has the real-time temperature report, warning etc. system mainly include hardware circuit design and functions software design 。 It can be used for temperature measurement, broadcasts, and can according to set temperature range judge whether beyond set temperature, so as to realize the warning. The temperature system's main function is to realize voice storage and regular play. The system mainly have the power supply circuit, storage circuit, control circuit and other auxiliary ponents. Power supply circuit use V power supply, the main control use LM1117- voltage stabilizing chip, speech broadcast and relay use the 7812 offer stable current and storage circuit adopt HuaBang SPI flash chip W25Q32BV, size for 512 is used to store the reporting temperature the sounds of the material. The control circuit adopt STC10L08XE microcontroller as the system Lord control unit. STC10L08XE microcontroller isa low power, high-performance CMOS 8-bit microcontrollers, has a10K in system programmable Flash memory. Key words : temperature broadcast Microcontroller memory chip sound chip III 目录摘要........................................................................................................................................ I Abstract ............................................................................................................................... II 绪论.................................