(Last Updated: 5/2020)

https://www.udemy.com/course/inverter-1/

Single phase & three phase inverter, harmonics, voltage-frequency control & PWM techniques

What you'll learn

Importance of Inverter

How inverter works?

Single Phase Inverter

Three Phase Inverter

180 degree and 120 modes of operations

Power Circuit, Gate Drive Circuit & Control Circuit

Use of Fourier series for waveform analysis

Harmonics Analysis & THD calculation of various waveforms

Different Voltage & Frequency Control Methods

Pulse Width Modulation Control Techniques including Sine PWM

Requirements

Basics of Electric Circuits (DC Circuit & AC Circuit)

Description

Inverter is a most utilized device amongst the entire power electronics converters. That’s why it gained importance and covers major part of syllabus like subject Power Electronics – 1 or Power Electronics -2 or under similar title of power electronics subject. This course explains all about inverter with most simplified way. This course has a capability to lift you from beginner to expert for the subject power electronics. Major topics covered in this course are single phase inverter, three phase inverter, harmonics analysis, Fourier series, total harmonics distortion –THD, voltage & frequency control of Inverter & PWM control techniques.

Complete inverter syllabus of inverter is divided in two important courses. First is "Inverter: Learn most important power electronics converter", and second Inverter -2. Please check the curriculum for more detail. Future course "Inverter - 2" will include Space Vector PWM (SVPWM), Current source Inverter and various Thyristor Based Inverters.

Note: Harmonics analysis portion of this course explains fundamental of harmonics and use of Fourier series to analyse output voltage of inverters. Another course “Harmonics Analysis & THD” covers harmonics due to the entire converters and explains more about use of MATLAB. At the same time it shares portion harmonics analysis from this course Inverter - 1 as a part of basic understanding of Fourier analysis.

Who this course is for:

Electrical Engineering Students

Power Electronics Engineering Students

Electronics Engineering Students