办公自动化(学术版)
辦公自動化(學術版)
판공자동화(학술판)
Office Automation
2014年
6期
61-64
,共4页
PID算法%温度%控制
PID算法%溫度%控製
PID산법%온도%공제
PID algorithm%Temperature%Control
本文以水为测量对象,温度测量电路接收传感器的信号,并将模拟信号通过模/数转换器转换为数字信号,送入单片机系统,与预设的温度对比,通过一定的控制算法,控制继电器的通断,从而控制加热器的工作,使得水温维持在设定的温度。
本文以水為測量對象,溫度測量電路接收傳感器的信號,併將模擬信號通過模/數轉換器轉換為數字信號,送入單片機繫統,與預設的溫度對比,通過一定的控製算法,控製繼電器的通斷,從而控製加熱器的工作,使得水溫維持在設定的溫度。
본문이수위측량대상,온도측량전로접수전감기적신호,병장모의신호통과모/수전환기전환위수자신호,송입단편궤계통,여예설적온도대비,통과일정적공제산법,공제계전기적통단,종이공제가열기적공작,사득수온유지재설정적온도。
Taking water as the measuring objects, temperature measurement the signal of sensor of circuit receives and transfer analog signals by D/A to digital signal, and delivery into the single chip microcomputer system, compared with the preset temperature,Through certain control algorithm, control relay on/off in order to control the work of the heater, eventually, the water temperature will be maintained at the settled temperature.