DC Motor Synchronization Speed Controller Based on Microcontroller

IF 1.3 Q4 AUTOMATION & CONTROL SYSTEMS

International Journal of Automation and Control Pub Date : 2020-06-27 DOI:10.5772/intechopen.93080

A. Shahzad, M. Kashif, T. Munir, M. He

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引用次数: 0

Abstract

In this chapter, we report the design and fabrication of an improved speed synchronizer device in which two dc motors has been controlled on different sequences programmed by microcontroller. Depending on the programmed software, the device is used to command a rolling of machines, synchronizes the dc motors speed, and displays the result on liquid crystal display (LCD). Flash memory of the microcontroller is used to program for controlling this device where permanent memory is needed to store different parameters (codes for motor speed, LCD display, ratio control, and rotary encoder’s feedback). The present simulation gives new reliable results with better performance for the speed and direction than the earlier available synchronizers. It has been shown that the speed and direction are dependent on both the ratio setting and frequency of encoder in two dc motors speed synchronizer. It is shown that this device is applicable for controlling, monitoring, and synchronizing identical processes and can be implemented in multiple domains, from textile industry and home control applications to industrial instruments.

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基于单片机的直流电动机同步速度控制器

在本章中，我们报告了一个改进的速度同步器装置的设计和制造，其中两个直流电机已被控制在不同的顺序由微控制器编程。根据编程的软件，该装置用于命令机器滚动，同步直流电机的速度，并将结果显示在液晶显示器上。微控制器的闪存用于编程控制该设备，其中需要永久存储器来存储不同的参数(电机速度，LCD显示，比率控制和旋转编码器的反馈代码)。本文的仿真得到了新的可靠的结果，在速度和方向上都比现有的同步器有更好的性能。研究表明，在两个直流电机同步器中，速度和方向取决于编码器的比例设置和频率。结果表明，该装置适用于控制、监测和同步相同的过程，可以在多个领域实现，从纺织工业和家庭控制应用到工业仪器。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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来源期刊

International Journal of Automation and Control AUTOMATION & CONTROL SYSTEMS-

自引率

41.70%

发文量

期刊介绍： IJAAC addresses the evolution and realisation of the theory, algorithms, techniques, schemes and tools for any kind of automation and control platforms including macro, micro and nano scale machineries and systems, with emphasis on implications that state-of-the-art technology choices have on both the feasibility and practicability of the intended applications. This perspective acknowledges the complexity of the automation, instrumentation and process control methods and delineates itself as an interface between the theory and practice existing in parallel over diverse spheres. Topics covered include: -Control theory and practice- Identification and modelling- Mechatronics- Application of soft computing- Real-time issues- Distributed control and remote monitoring- System integration- Fault detection and isolation (FDI)- Virtual instrumentation and control- Fieldbus technology and interfaces- Agriculture, environment, health applications- Industry, military, space applications