Dynamic Analysis of Brushless DC Motor using Fuzzy Logic Controller
Keywords:
Brushless DC Motor, Fuzzy Logic, PI ControllerAbstract
The advancement in the field of science, engineering and technology over last decades successfully designed brushless DC motor application possible in the automotive industry. This paper deals with one such technological advancements. In this dissertation, the brushless DC motors find huge applications in industries due to their high power density and ease of control. Usually, a three phase power semiconductor bridge is applied to control these motors. This dissertation report presents a fuzzy logic controller for speed control of a brushless DC motor by using. The fuzzy logic approach applied to speed control leads to an improved dynamic behavior of the motor drive system and an immune to load perturbations and parameter variations. The fuzzy logic controller is designed using based on a simple analogy between the control surfaces of the fuzzy logic controller and a given Proportional-Integral controller for the same application. Fuzzy logic control offers an improvement in the quality of the speed response, compared to PI control. This work focuses on investigation and evaluation of the performance of a brushless DC motor drive, controlled by PI, and fuzzy logic speed controllers. The Controllers are for the brushless DC motor drive simulated using MATLAB software package
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