Speed Control of DC Motor Using Chopper Based on Fuzzy Logic

Abstract

This paper present the speed control of DC Motor based on boost converter under the controlling of fuzzy logic. The DC motor has armature and field winding in which armature winding is controlled by using boost converter which is triggered by fuzzy logic controller which consist of 7x7 rule and the input are change in error and rate of change of error and output is firing angle. The fuzzy logic controller gives smooth, reliable, efficient speed controlling of DC motor. Further the compative analysis between fuzzy logy and PID controller is assessed. The complete system is designed with SIMULINK/MATLAB for perfect analysis between two methods mentioned.

Design of a Model Reference Adaptive Pid Controller for Dc Motor Position Control: Compared With Pid and Fuzzy Controllers

“…In addition, fuzzy controller was more complicated controller but with a good and more stable performance. Singh et al [17] presented DC motor speed control based on boost converter with fuzzy logic control. They observed that the performance parameter of the system showed better transient and steady state performance using the fuzzy logic controller.…”