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Design and implementation of microcontroller based temperature measurement and control system using powerline communication

机译:基于微控制器的温度测量和控制系统的设计与实现电力线通信

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In this study, microcontroller based powerline communication system is designed and implemented in order to measure and control the temperature of a place. Transmitting and receiving of the temperature data measured with DS18B20 is achieved with help of two microcontrollers called as PIC16F628. Digital bits are transmitted and received periodically at a frequency of 100 KHz. This microcontroller based communication technique requires less hardware and is flexible to change control parameters by written program for microcontrollers and is also applicable over three phase power lines.
机译:在本研究中,基于微控制器的电力线通信系统设计和实现,以便测量和控制一个地方的温度。 通过称为PIC16F628的两个微控制器的帮助,实现了用DS18B20测量的温度数据的发送和接收。 数字位以100kHz的频率周期性地发送和接收。 基于微控制器的通信技术需要较少的硬件,并且灵活地通过写入微控制器的编写程序来改变控制参数,并且还适用于三个相电线。

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