便携式RFID实验教学平台设计与应用

Design and Application of Portable RFID Experiment Teaching Platform

  • 摘要: 针对射频识别实验教学中大型实验箱成本高、携带难的问题,研制了一款便携式13.56 MHz射频识别学习开发实验平台。该平台基于高集成度、一体化设计思想,以PN532芯片为核心,使用CP2102芯片与计算机USB连接,通过C#语言编写上位机控制软件,利于学生进行多协议低功耗的射频识别基础与高级实验。实际应用表明,该实验平台降低了射频识别技术的学习门槛,提高了实验教学质量。

     

    Abstract: Aiming at the high cost and difficult carrying of large experimental boxes in radio frequency identification experiment teaching,a portable 13.56 MHz radio frequency identification learning development experimental platform was developed. Based on the high integration and integrated design concept,the platform uses PN532 chip as the core,uses CP2102 chip to connect with com-puter USB,and writes the upper computer control software through C# language,which is conducive to students' basic and advanced experiments of radio frequency identification of multi-protocol low-power consumption. The practical application shows that the experi-mental platform reduces the learning threshold of radio frequency identification technology and improves the quality of experimental teaching.

     

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