Control the Speed of Separately Excited Dc Motor Using Sliding Mode Controller
Journal Title: Engineering and Technology Journal - Year 2024, Vol 9, Issue 05
Abstract
This study looks into how a Sliding Mode Controller (SMC) can be used to control a Separately Excited DC Motor's (SEDCM) speed. The SMC is utilized to improve the system's resilience to unknowns and disruptions, guaranteeing accurate control under changing operational circumstances. Extensive simulations and experimental settings confirm the suggested control technique, which shows improved performance in terms of stability, disturbance rejection, and speed tracking. The results further the development of DC motor control techniques, especially in situations where robustness and precision are crucial.
Authors and Affiliations
Chinedu James Ujam, Adebayo Adeniyi D. ,
Keywords
Related Articles
- EP ID EP734690
- DOI 10.47191/etj/v9i05.02
- Views 55
- Downloads 0
Designing and Evaluating a Metacognitive AI System for Enhanced Human-AI Collaboration: A Woz Approach
This study leverages recent theoretical and methodological advancements to design and evaluate a Metacognitive Artificial Intelligence (MAI) system. This study employs the WOz approach from the field of human-computer in...
ESTIMATE PRIMARY IMPACTS ON THE ENVIRONMENT DURING THE CONSTRUCTION OF THE TUNNEL ZENICA ON THE CORRODOR VC
During the execution of works on the construction of the tunnel Zenica, there is a certain number of activities that can cause negative consequences for the environment. In this regard, the greatest danger is represented...
EFFECT OF ADDING GLASS FIBRE REINFORCED CONCRETE TOPPING ON FLEXURAL BEHAVIOUR OF HOLLOW CORE SLAB UNITS
This paper presents an experimental study regarding the effect of using glass fibre reinforced concrete topping on flexural capacity of hollow core precast prestressed slab units. Two glass fibre reinforced concrete (GFR...
Python source code Analysis for Bug Detection using Transformers
Effective bug detection is pivotal in software development, with the identification and localization of defects being crucial for robust applications. In Python-based programs, the conventional bug detection process reli...
THERMAL TOLERANCE PHENOTYPE IN CDC13-1 EXO1 HETEROZYGOUS DIPLOIDS OF S. CEREVISIAE IS A DOMINANT TRAIT
Background: Telomeric DNA is found at the end of eukaryotic chromosomes, where they play a role in protecting the chromosome and the integrity of the genome of the organism through the activity of telomerase. Saccharomyc...