Designing of Power Electronic Converters in MATLAB/Simulink

Name: Designing of Power Electronic Converters in MATLAB/Simulink
Rating: 4.2 (97 reviews)

Learn how to design 1 & 3 Phase AC-DC:Rectifiers / AC-AC:Regulators,Cycloconverters / DC-DC:Choppers / DC-AC:Inverters

Last updated 6/2021

English

What you'll learn

Design simulation model of any Power Electronics Converter[Single phase and Three Phase Rectifiers,Inverters,Choppers,AC Voltage Converters and Cyclo converters]
Helps to design power electronics related project
Helps to perform research & development in Power Electronics
Helps to publish your simulation research paper in international Journals like IEEE,Springer,etc
Gain knowledge in Power Electronics Converters
Design and Test your Hardware Power Electronics Circuit
Who Knows that tomorrow you create your own simple circuit and it turns our to be a milestone in Industry

4 sections • 18 lectures • 3h 48m total length

Single Phase Half Wave Controlled Rectifier in MATLAB/Simulink20:24
Single Phase Full Wave Controlled Rectifier in MATLAB/Simulink15:08
Single Phase Semi-Converter-Symmetrical Configuration in MATLAB/Simulink11:45
Single Phase Semi-Converter-Asymmetrical Configuration in MATLAB/Simulink8:15
Three Phase Half Controlled Rectifier-Common Cathode Configuration in Simulink14:53
Three Phase Half Controlled Rectifier-Common Anode Configuration in Simulink6:40
Explore designing a three-phase half-controlled rectifier with a common anode configuration in Simulink, including firing angle alpha values, switch timing, and scope-based validation.
Three Phase Full Wave Controlled Bridge Rectifier in MATLAB/Simulink12:11

Single Phase AC Voltage Regulator in MATLAB/Simulink13:44
Design and simulate a single-phase ac voltage regulator in MATLAB/Simulink, using anti-parallel switches, firing angles, and phase delays to control a resistive-inductive load.
Three Phase AC Voltage Controller/Regulator-3 Phase,3 Wire in MATLAB/Simulink19:44
Single Phase to Single Phase Step-Down Cycloconverter in MATLAB/Simulink12:23
Single Phase to Single Phase Step-Up Cycloconverter in MATLAB/Simulink9:29

Buck / Step-Down DC-DC Regulator/Converter in MATLAB/Simulink14:10
Boost / Step-Up DC-DC Regulator/Converter in MATLAB/Simulink7:50
Design a boost / step-up DC-DC regulator in MATLAB/Simulink by selecting inductance, capacitance, and resistance, and validating performance through duty cycle and switching frequency adjustments in simulation.
Buck-Boost / Step-Up/Down DC-DC Regulator/Converter in MATLAB/Simulink11:25
Explore buck-boost dc-dc regulators in MATLAB/Simulink, showcasing design and simulation of step-up and step-down operations with switches, diodes, inductors, and capacitors.

Single Phase Half Bridge Inverter / DC-AC Converter in MATLAB/Simulink9:56
Explore designing a single-phase half-bridge dc–ac converter in MATLAB/Simulink, using bidirectional mosfets, anti-parallel diodes, and a 50% duty cycle to generate a 50 Hz output for a ~2.4 ohm load.
Single Phase Full Bridge Inverter / DC-AC Converter in MATLAB/Simulink9:00
design a single phase full-bridge dc-ac converter in MATLAB/Simulink using four switches and a single supply, verify output with a scope at 50 hertz.
Three Phase VSI - 180 Degree Conduction / DC-AC Converter in MATLAB/Simulink17:22
Three Phase VSI - 120 Degree Conduction / DC-AC Converter in MATLAB/Simulink14:11

By enrolling into this course one can design and simulate these models on their own MATLAB/Simulink models for:

AC-DC CONVERTERS : Rectifiers --> Both Single Phase & Three Phase

AC-AC CONVERTERS : Controllers,Regulators, and Cycloconverters --> Both Single Phase & Three Phase

DC-DC CONVERTERS : Rectifiers --> Buck/Step-down,Boost/Step-Up and Buck-Boost/Step-Up & Step-Down

DC-AC CONVERTERS : Rectifiers --> Both Single Phase & Three Phase

After Completion of Course One can design their own creative power electronic circuit and can be helpful for research and further studies.

Any one interested,Essentially for Electrical/Electronics Engineering Undergraduate/Graduate Students or Teachers
All who are interested in simulating and designing power electronic circuits