학술논문

基于MSP430F149单片机与AM2301传感器的温湿度计设计 / Design for Hygrothermograph Based on MSP430F149 Single-chip Microcomputer and AM2301 Sensor
Document Type
Academic Journal
Source
山东农业大学学报(自然科学版) / Journal of Shandong Agricultural University (Natural Science Edition). (1):143-147
Subject
MSP430F149
AM2301传感器
温湿度监测与报警
LabVIEW上位机软件
智能家居
temperature&humidity sensor AM2301
temperature and humidity monitoring and alarm
PC software based on LabVIEW
smart home
Language
Chinese
ISSN
1000-2324
Abstract
为提升家居生活的安全性、便利性、舒适性、艺术性及实现环保节能,需实时监测家居环境的温湿度、亮度等条件,以便更好地了解家居环境并进而对家居环境进行智能控制。鉴于此,基于高性能、低功耗单片机MSP430F149通过单总线方式控制温湿度传感器AM2301,实现了智能温湿度计对家居环境中温度、湿度进行监测。当家居环境中的温湿度过高、过低时都会有相应的LED灯闪烁警告;并且通过LabVIEW设计实现了上位机软件显示温湿度数据,方便通过PC机实时查看家居环境中的温湿度值。为智能家居的环境监测做了基础工作,并方便基于MSP430F149单片机做进一步扩展工作,为实现智能家居奠定了基础。
To enhance the security, convenience, comfort, artistry, security of home life and implement environment protection and energy saving, real-time monitoring of the temperature, humidity, brightness and other home environment conditions is necessary so that home environment could be better informed and intelligent controlled. Smart hygrothermograph based on high-performance and low-power micro-controller MSP430F149 and temperature & humidity sensor AM2301 which is controlled by MSP430F149 through signal is realized to track the temperature and humidity in home environment. A particular LED would be flashing to warn that the temperature or humidity in home environment was too high or too low. A PC software was also designed and realized by LabVIEW to easily view the temperature and humidity in home environment through PC. Some basic work of smart home environment monitoring has been done and further expansion work could be done based on MSP430F149. It laid the foundation for the future studies on the smart home.