Abstract
Considering the versatility of usefulness and ease of control of the DC motor both for domestic, industrial and entertainment, research works have continued unabated on further and better ways to achieve its control. Among the many methods used in the control of the speed of a DC motor the microcontroller - based method was adapted in a closed-loop real time control system approach making use of the PIC16F877A with a program in Flow Code developed to implement a feasible control system. The PIC16F877A microcontroller was programmed and used for the control of the speed of DC motors at the desired speed range of up to 500 - 600 rpm with variation of load. An LCD was used to display the feedback motor speed signal fed back to the controller.
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