Descriptions
MATLAB for Power Electronics: Simulation and Analysis, MATLAB Simulation plays a very important role in the research and development of engineering projects, products and systems. It helps to predict the performance of the system, validate control strategies and save time in product development. MATLAB offers incredible flexibility in designing, testing and analyzing the power electronics converter using the built-in library components “Simulink” and “simpowersystem/simscape”. However, it is equally important to know the limitations and restrictions of the power switches available in the MATLAB library. This course explains all the details required to understand the design of various power electronics converters using MATLAB simulation. The power electronics industry is booming in the market and is present in almost all electronic products including low power chargers, medium to large solar charge controllers, high power industrial inverters, a range of motor controllers and HVDC transmission lines. This course includes hands-on simulation exercises starting from a very simple circuit to advanced result reporting skills.
What you will learn
- What is power electronics?
- What is MATALB simulation?
- How to develop basic simulation models.
- How to develop a simulation model for electrical circuits.
- How to develop a simulation model of a power electronics converter
- Parameterization of the power and control circuit components
- This will improve analysis, formatting and reporting of results.
- Simulation and analysis of a buck converter (DC/DC)
- Simulation of the boost converter analysis (DC/DC)
- Simulation of the analysis of a buck-boost converter (DC/DC)
- Simulation and analysis of a single-phase square wave inverter (DC/AC)
- Simulation and analysis of a single-phase modified square wave inverter (DC/AC)
- Simulation and analysis of a single-phase sine wave inverter (DC/AC)
- Simulation and analysis of a three-phase inverter (DC/AC)
Who is this course suitable for?
- It is best suited for final and pre-final year students of Electrical, Electronics and Power Electronics Engineering. The course will be of great benefit to postgraduate students in their dissertation/project work.
- The course was particularly beneficial for those who wanted to work on a power electronics project.
- Attached simulations can be used as laboratory experiments as an alternative to physical hardware training.
MATLAB Specifications for Power Electronics: Simulation and Analysis
- Publisher : Udemy
- Teacher: DR.
- Language: English
- Level: Intermediate
- Number of courses: 25
- Duration: 5 hours and 5 minutes
Contents of 2023-6
Requirements
- Required MATLAB software for practice and learning.
- Required basic knowledge of the theory of electrical circuits and electrical components (resistance, inductance and capacitor).
- Basic knowledge of power electronic converters is required; however, this course also covers the basic operation of converters.
Pictures
Sample clip
installation Guide
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File size
2.67GB