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Designing of Power Electronic Converters in MATLAB/Simulink
Rating: 4.2 out of 5(97 ratings)
623 students

Designing of Power Electronic Converters in MATLAB/Simulink

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

Course content

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

  • Single Phase Half Wave Controlled Rectifier in MATLAB/Simulink20:24

    Design and simulate a single phase half-wave controlled rectifier in MATLAB/Simulink, using blocks for switches, a pulse generator, measurement blocks, and an oscilloscope to analyze firing angle effects on waveforms.

  • Single Phase Full Wave Controlled Rectifier in MATLAB/Simulink15:08

    Design and simulate a single-phase full-wave controlled rectifier in MATLAB/Simulink by inserting and wiring bridge blocks, renaming components, and setting firing angles; validate with scope measurements at the specified frequency.

  • Single Phase Semi-Converter-Symmetrical Configuration in MATLAB/Simulink11:45

    Design and simulate a single-phase semi-converter symmetrical configuration in matlab/simulink, setting a 50 Hz source and a 2-degree firing angle, and measure average currents with a scope.

  • Single Phase Semi-Converter-Asymmetrical Configuration in MATLAB/Simulink8:15

    Design and simulate a single-phase semi-converter with an asymmetrical configuration in MATLAB/Simulink. Set delays and phase angles, build the model, and analyze scope outputs to understand asymmetrical converter behavior.

  • Three Phase Half Controlled Rectifier-Common Cathode Configuration in Simulink14:53

    Explore a three-phase half-controlled rectifier with a common cathode configuration in Simulink, detailing firing angles, phase delays, and 50 Hz operation using programmable sources and measurement blocks.

  • 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

    Design and simulate a three-phase full-wave controlled bridge rectifier in MATLAB/Simulink using a universal bridge block, gate pulses, and PLL synchronization, analyzing six pulses per cycle at 0°–90°.

Requirements

  • MATLAB Software (any version) which supports Simulink
  • Can be of Any Level starting right from a Beginner

Description

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. 

Who this course is for:

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

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