一种基于KQ-130F的电力载波通信实验系统

为便于物联网专业进行电力载波通信技术内容实践教学,提出了一种由KQ-130F电力载波通信模块、QX-mini51单片机最小系统板等组成的电力载波通信实验系统。该系统硬件搭建简单,通过编程可以实现经过电力载波模块的双机双向通信,在主从控制方式下的多机双向通信。该系统即可以让学生熟悉电力载波模块的使用,还能锻炼学生的单片机编程能力,因此也可以作为物联网专业学生单片机技术综合实训平台。该系统不但实用,而且成本低廉,非常具有参考价值。

In order to facilitate the practical teaching of power carrier communication technology in the specialty of Internet of Things,a power carrier communication experimental system is proposed consisting of KQ-130F power carrier communication module and QX-mini51 MCU(Microcontroller Unit)minimum system board.The hardware of the system is simple to build.Through programming,the two-way communication between two MCUs through power carrier module and multi-machine two-way communication under master-slave control mode can both be realized.This system can not only familiarize students with the use of power carrier module,but also train students'programming ability of single-chip computer.Therefore,it can also be used as a comprehensive training platform of single-chip computer technology for students majoring in Internet of Things.The system is not only practical but also low-cost,which is of great reference value.

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