摘要
本设计由控制核心类模块、传感器类模块、执行器类模块、人机交互类模块等组成,可以根据不同开放性的创新课题所需对多个模块进行选择组装,从而更好的锻炼学员对各个功能模块的识别、测试和电路的连接等专业技能.本设计可实现对红外、距离、电压、声音、光照、温度、湿度、震动、电机转速、金属、颜色等物理量的测量,可实现对二极管、直流电机、舵机、加热器的控制,可完成流水灯、工件计数器、点阵显示屏、数字电压表、密码锁、智能闹钟、智能小车等典型微控制器控制系统实训项目和创新设计项目.
This design is composed of control core module,sensor module,actuator module,human-computer interaction module,etc.Multiple modules can be selected and assembled according to different open innovation topics,so as to better train students to professional skills such as identification,testing and circuit connection of functional modules.This design can realize the measurement of infrared,distance,voltage,sound,light,temperature,humidity,vibration,motor speed,metal,color and other physical quantities,so as to meet the teaching and research of sensor technology application courses.It can realize the control of diodes,DC motors,steering gears and heaters,and can complete the training of typical microcontroller control systems such as running water lights,workpiece counters,dot matrix display screens,digital voltmeters,password locks,smart alarm clocks,and smart cars.,and can also complete various innovative design projects.
作者
裴勇生
PEI Yong-sheng(Dezhou Vocational and Technical College,Shandong Dezhou 253034,China)
出处
《新一代信息技术》
2022年第6期47-48,70,共3页
New Generation of Information Technology
关键词
微控制器实验箱
组合式设计
多控制核心
microcontroller experiment box
modular design
multi-control core