MATLAB for Power Electronics: Simulation & Analysis

Unlock the Power of MATLAB Simulation for Power Electronics Design

Master MATLAB simulation to accelerate your engineering projects and product development. This course provides a comprehensive understanding of how to leverage MATLAB's powerful tools for predicting system performance, validating control strategies, and significantly reducing development time.

Why MATLAB for Power Electronics?

MATLAB, with its integrated Simulink and Simscape/Simpowersystem libraries, offers exceptional flexibility for designing, testing, and analyzing power electronics converters. However, a solid understanding of the limitations and constraints of power switches within the MATLAB environment is crucial for accurate results.

What You'll Learn:

This course delves into the intricacies of power electronics converter design using MATLAB simulation. Explore the rapidly growing power electronics industry, which powers everything from low power chargers and solar charge controllers to high power industrial inverters, motor controllers, and HVDC transmission lines.

Hands-on Simulation Practice:

From fundamental electric circuits to advanced result reporting, this course offers practical, hands-on simulation experience. You'll develop skills in:

• Basic Circuit Simulation: Begin with a strong foundation in simulating AC & DC circuits using MATLAB. This section is perfect for beginners and covers circuit analysis and effective result presentation for reports and project documentation. Learn formatting techniques to enhance your simulation model's visual clarity, including creating block diagram representations from canvas screenshots.
• Power Electronics Converter Simulation: Dive into the simulation and analysis of essential power electronics converters, including:
  • Chopper (DC/DC)
  • Inverter (DC/AC)
  • Regulator (AC/AC)
  • Phase-Controlled Rectifier (AC/DC)
    Learn to design both power circuits and control circuits within MATLAB.
• Effective Analysis & Understanding: Utilize simulations to gain a deeper understanding of power electronics circuits and perform effective analysis.

Course Resources:

Gain access to fully developed simulation files for over 25 power electronics circuits, providing you with practical examples to build upon.

Keywords: MATLAB simulation, power electronics, power electronics converters, Simulink, Simscape, Simpowersystem, DC/DC converter, DC/AC inverter, AC/AC regulator, phase-controlled rectifier, electric circuits, circuit simulation, power switches, result reporting, engineering simulation.