MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 59 lectures (11h 32m) | Size: 3.54 GB
Designing and simulation of power electronic circuits (Rectifiers – AC voltage contollers- DC-DC converters – Invertes)
What you’ll learn
How to use power electronics library in MATLAB/Simulink
Full review on Rectifier ciruits and how the waveforms are derived to understand the different simulations about rectifier circuits
Simulation of Single phase half wave rectifiers with different types of loads
How to simulate uncontrolled/controlled/semi controlled full bridge rectifiers
How to deduce the diode charecterstics in Matlab/Simulink
Simulation of 3-phase half wave rectifiers
Simulation of 3-phase full wave rectifiers (controlled/uncontrolled)
Learn how AC voltage controllers work and review on the waveforms
Simulation of 1-phase AC voltage controllers in MATLAB
Understand the effect of inserting inductor on the output waveforms
How to simulate 3-phase AC voltage controllers with the 3 modes of operation
Learn how to provide the firing angle to the thyristors in the power electronic converter
Full review on DC-DC converters with different types of regulators
Simulation of buck, boost, buck/boost (inverting &non inverting) converters in MATLAB/Simulink
Learn how to generate duty cycles to the power electronic switch
Learn how to apply closed loop control to DC-DC converters
How to apply PID controller to DC-DC converters in MATLAB/Simulink
How to apply Hystereysis controller to DC-DC converters in MATLAB/Simulink
Simulation of SEPIC, Zeta, Cuk converters in MATLAB/Simulink
Simulation of Flyback, Push/Pull converters in MATLAB/Simulink
Full review on Inverter circuits
Simulation of single phase half bridge inverters
Learn how to apply fourier transform in Matlab/Simulink
Simulation of single phase full bridge inverters
How to apply phase shift modulation for 1-ph inverters in MATLAB/Simulink
How to apply SPWM(unipolar/bipolar) for 1-ph inverters in MATLAB/Simulink
How to design pure sine wave 1-Phase inverter in MATLAB/Simulink
Simulation of 3-phase inverters (120 &180 degrees mode)
Apply SPWM for 3-ph inverters in MATLAB/Simulink
How to design pure sine wave 3-Phase inverter in MATLAB/Simulink
Requirements
MATLAB software to learn and simulate
Passion to learn how to simulate different power electronic converters !
Can be any level as this course provides basic operation of any converter before simulation
Free Simulation Files of All the Converters Included
Description
Hi everone !
In this course, You will able to design and simulate different power electronic converters in MATLAB/Simulink such as: Rectifiers – AC voltage contollers- DC-DC converters – Invertes.
Why this course is Powerful and Unique ?
This course gives you a quick review on the analysis of each converter before simulating the circuit
In this course, you will learn how to design the power electronic converter step by step
All MATLAB simulation files will be available with each lecuture in the downloadable resources to be a reference to you for further use
The course not only explains the basic design of the converter, but also goes deeply in designing various types of each converter with different types loads in MATLAB/Simulink.
This course allows you to apply different control systems (i.e. PID/Hysterysis contoller) to control the operation of the power electronic converter
This course is structured as follows
<<<< Rectifiers Circuits (AC-DC converters) >>>>
Full review on Rectifier ciruits
Simulation of Single phase half wave rectifiers
Discuss effect of inserting inductive load on the waveforms in MATLAB
simulation of uncontrolled/controlled/semi controlled full bridge rectifiers
Plotting diode charecterstics in Matlab/Simulink
Simulation of 3-phase half wave rectifiers
Simulation of 3-phase full wave rectifiers (controlled/uncontrolled)
<<<< AC voltage controller Circuits (AC-AC converters) >>>>
Full review on the operation of AC choppers
Simulation of 1-phase AC voltage controllers in MATLAB (unidirectional &bidirectional)
Discuss the effect of inserting inductor on the output waveform
Simulation of 3-phase AC voltage controllers with the 3 modes of operation
Obtain the acceptable ranges for firing angle for proper operation with different types of loads
<<<< DC choppers Circuits (DC-DC converters) >>>>
Full review on DC-DC converters with different types of regulators
Simulation of buck, boost, buck/boost (inverting &non inverting) converters in MATLAB/Simulink
Generation of duty cycles to the power electronic switch
Learn how to apply closed loop control to DC-DC converters
How to apply PID controller to DC-DC converters in MATLAB/Simulink
How to apply Hystereysis controller to DC-DC converters in MATLAB/Simulink
Simulation of SEPIC, Zeta, Cuk converters in MATLAB/Simulink
Simulation of Flyback, Push/Pull converters in MATLAB/Simulink
<<<< Inverter Circuits (DC-AC converters) >>>>
Full review on Inverter circuits
Simulation of single phase half bridge inverters
Learn how to apply fourier transform in Matlab/Simulink
Simulation of single phase full bridge inverters
How to apply phase shift modulation for 1-ph inverters in MATLAB/Simulink
How to apply SPWM(unipolar/bipolar) for 1-ph inverters in MATLAB/Simulink
How to design pure sine wave 1-Phase inverter in MATLAB/Simulink
Simulation of 3-phase inverters (120 &180 degrees mode)
Apply SPWM for 3-ph inverters in MATLAB/Simulink
How to design pure sine wave 3-Phase inverter in MATLAB/Simulink
Who this course is for
Electrical and power electronics engineering students to help in the graduation project work
Anyone who wants to design power electronics related project
Anyone works in the scientific research to perform research & development in Power Electronics
Anybody with an interest in disigning different power electronics converters
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