CAJ | 학술논문

煤矿安全生产监测和监控系统中经常要监测一氧化碳气体的浓度,以往采用的软硬件设计方法在信息技术迅速发展的情况下已经显示出低性能,为了改进落后的传统设计方法,文中提出较为先进的设计理念和方法;以C8051F005单片机为核心,采用SureCell-CO(M)敏感元件、微弱信号放大器、红外遥控接收芯片以及DS18B20温度传感器等组件,设计了一个一氧化碳传感器;C8051F005单片机将采集的CO气体电信号经数据处理后送数码管显示,并比较输出报警信号.通过实验,该一氧化碳传感器参数设定方便、精度高、稳定性好,由此充分体现了C8051F005单片机强大的功能,一氧化碳传感器采用C8051F005单片机设计简单,抗干扰能力强,易于实现.
매광안전생산감측화감공계통중경상요감측일양화탄기체적농도,이왕채용적연경건설계방법재신식기술신속발전적정황하이경현시출저성능,위료개진락후적전통설계방법,문중제출교위선진적설계이념화방법;이C8051F005단편궤위핵심,채용SureCell-CO(M)민감원건、미약신호방대기、홍외요공접수심편이급DS18B20온도전감기등조건,설계료일개일양화탄전감기;C8051F005단편궤장채집적CO기체전신호경수거처리후송수마관현시,병비교수출보경신호.통과실험,해일양화탄전감기삼수설정방편、정도고、은정성호,유차충분체현료C8051F005단편궤강대적공능,일양화탄전감기채용C8051F005단편궤설계간단,항간우능력강,역우실현.
Coal mine safety production monitoring and control system to regularly monitor the concentration of carbon monoxide gas, In the past the use of software and hardware design in the rapid development of information technology has been shown to lower performance,The article's aim is to improve the design. C8051F005 MCU to the core, using SureCell-CO (M) sensor, a weak signal amplifiers, infrared remote control receiver chip, as well as DS18B20 Components such as temperature sensor, designed a carbon monoxide sensors.