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近期,河北省高校水利自动化与信息化应用技术研发中心成员、河北水利电力学院电气自动化系教师孙晓晖成功设计出一款51单片机教学实验板。该实验板大量采用贴片元器件,使得整块实验板设计更加紧凑,布局更加合理,在保证硬件资源丰富的同时节约了PCB板材成本。同时,该实验板设计围绕单片机应用的显示及通讯两大功能展开,实验内容注重循序渐进,可以轻松降低学习单片机的难度。该实验板实验内容还包括了AD/DA实验,直流电机控制实验,嗡鸣器报警实验等。共可
Recently, Hebei Province, colleges and universities water conservancy automation and information technology research and development center member, Hebei University of Hydraulic and Electric Automation teacher Sun Xiaohui successfully designed a 51 single-chip teaching experiment board. The experimental board a large number of SMD components, making the entire experimental board design more compact, more reasonable layout, while ensuring the hardware resource-rich PCB board while saving the cost. At the same time, the experimental board design around the application of SCM display and communication two functions, experiment content focus on step by step, can easily reduce the difficulty of learning microcontroller. The experiment board experiment also includes AD / DA experiment, DC motor control experiment, buzzer alarm test. A total of available