CAJ | 학술논문

随着现代社会生产的发展和技术进步，微电子技术的飞速发展，水位控制的应用也越来越广泛。本文介绍了水位检测电路并进而控制水位高度的电路原理和电路的实际设计，系统以STM32微控制器作为系统的控制核心，以超声波电路作为检测传感电路，实现对水位的控制。该电路具有精度高，易于控制的特点。本文详细论述了按该原理进行水位控制的电路设计方案。
수착현대사회생산적발전화기술진보，미전자기술적비속발전，수위공제적응용야월래월엄범。본문개소료수위검측전로병진이공제수위고도적전로원리화전로적실제설계，계통이STM32미공제기작위계통적공제핵심，이초성파전로작위검측전감전로，실현대수위적공제。해전로구유정도고，역우공제적특점。본문상세논술료안해원리진행수위공제적전로설계방안。
With the development of modern social production and technological,the increasingly rapid development of microeletronics technology,the application of water level control is becoming more and more widely.This paper introduces the circuit principle and the design of the circuit of the water level detection circuit which controls the height of the water level.The system uses STM32 microcontrol er as the control core of the system,and the ultrasonic circuit as the detecting sensor circuit,to control the system for the water level.The circuit has a high precision and is easy to control.This paper discusses the circuit design which controls the water level on the basis of above principle.