Harmonics Analysis & THD with MATLAB
Master harmonics analysis for power electronics converters using MATLAB. Understand effects & improve system performance.
Course Content
Harmonics Analysis & THD with MATLAB is an intermediate-level Udemy course taught by Dr. Jignesh Makwana. It runs 4h 6m, is taught in English, and includes a certificate of completion. Learners rate it 3.9 out of 5 from 30 reviews, with 196 students enrolled. It is a paid course, last updated June 2023.
Harmonics Analysis & Total Harmonic Distortion (THD) Course: Master Power Quality
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Many engineering students struggle with understanding harmonics analysis and Total Harmonic Distortion (THD). Often, these crucial topics are only touched upon briefly within broader subjects like inverter design or power quality analysis. This course, "Harmonics Analysis & THD," is specifically designed to provide a comprehensive understanding of these essential concepts. Explore the course details to learn more.
Course Introduction:
This course provides a detailed explanation of harmonics, the necessity of Fourier analysis, and Total Harmonic Distortion (THD). Our primary goal is to help students overcome any confusion surrounding harmonics and master their calculation methods.
Course Sections:
Section 1: Understanding Harmonics & THD Spectrum
- Learn the fundamental principles of harmonics and their impact on electrical systems.
- Explore the requirements and applications of Fourier analysis in analyzing harmonic content.
- Discover methods for obtaining the THD and harmonics spectrum of various waveforms.
- Understand the significance of harmonics analysis in ensuring power quality.
- Learn the role of Fourier series in generating and interpreting harmonic spectra.
Section 2: MATLAB Simulation & THD Calculation
- Utilize MATLAB programming and simulation tools to calculate THD and harmonics spectrum.
- Master the use of the FFT toolbox in MATLAB for efficient frequency analysis.
- Apply the built-in THD function in MATLAB for quick and accurate THD calculations.
- Gain practical experience in simulating and analyzing harmonic distortion.
Section 3: Harmonics in Power Electronics Converters
- Analyze the harmonics profile generated by various power electronics converters.
- Understand how different converter topologies produce harmonics at different stages.
- Explore the effects of harmonics on both the load side and the supply side of electrical systems.
- Learn strategies for mitigating harmonic distortion in power electronic applications.
This course is ideal for students and engineers seeking a deeper understanding of power quality and harmonic mitigation techniques.
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