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The Power Electronics for Electrical Engineering course teaches you everything on the topic thoroughly from scratch so you can achieve a professional certificate for free to showcase your achievement in professional life. This Power Electronics for Electrical Engineering training is a comprehensive, instructor-guided course, designed to provide a detailed understanding of the nature of the related sector and your key roles within it.

To become successful in your profession, you must have a specific set of skills to succeed in today’s competitive world. In this in-depth training course, you will develop the most in-demand skills to kickstart your career, as well as upgrade your existing knowledge & skills.

The training materials of this Power Electronics for Electrical Engineering course are available online for you to learn at your own pace and fast-track your career with ease.

  • Accredited by CPD
  • Complies with The Health and Safety (First-Aid) Regulations 1981
  • Instant e-certificate and hard copy dispatch by next working day
  • Fully online, interactive course with Professional voice-over
  • Developed by qualified first aid professionals
  • Self paced learning and laptop, tablet, smartphone friendly
  • 24/7 Learning Assistance
  • Discounts on bulk purchases

Sneak Peek Of Power Electronics for Electrical Engineering Course

Who Should Take The Power Electronics for Electrical Engineering Course

Anyone with a knack for learning new skills can take this Power Electronics for Electrical Engineering training. While this comprehensive training is popular for preparing people for job opportunities in the relevant fields, it also helps to advance your career for promotions.

Certification

Once you’ve successfully completed your Power Electronics for Electrical Engineering training course, you will immediately be sent a digital certificate. Also, you can have your printed certificate delivered by post (shipping cost £3.99). Our certifications have no expiry dates, although we do recommend that you renew them every 12 months.

Accreditation

All of our courses, including this Power Electronics for Electrical Engineering training course, are fully accredited, providing you with up-to-date skills and knowledge and helping you to become more competent and effective in your chosen field.

Assessment

At the end of the course, there will be an online assessment, which you will need to pass to complete the course. Answers are marked instantly and automatically, allowing you to know straight away whether you have passed. If you haven’t, there’s no limit on the number of times you can take the final exam. All this is included in the one-time fee you paid for the course itself.

Course Curriculum

Unit 1- Introduction to Power Electronics Components Unit 2- Fundamentals of Rectifier Circuits Unit 3- Fundamentals of AC Choppers Unit 4- Fundamentals of DC Choppers Unit 5- Fundamentals of Inverters

  • Module 1- Introduction to Power Electronics
  • Module 2- Uncontrolled Switches
  • Module 3- What is the Benefit of Diode
  • Module 4- Semi-Controlled Switches Part 1
  • Module 5- Semi-Controlled Switches Part 2
  • Module 6- Semi-Controlled Switches Part 3
  • Module 7- What is the Benefit of Thyristor
  • Module 8- Fully Controlled Switches Part 1
  • Module 9- Fully Controlled Switches Part 2
  • Module 10- Fully Controlled Switches Part 3
  • Module 1- Overview on Rectifiers
  • Module 2- Rectifier Definition
  • Module 3- Half Wave Uncontrolled Rectifier with R Load
  • Module 4- Example on Half Wave Uncontrolled Rectifier with R Load Part 1
  • Module 5- Example on Half Wave Uncontrolled Rectifier with R Load Part 2
  • Module 6- Half Wave Uncontrolled Rectifier with RL Load
  • Module 7- Derivation of the Discontinuous Current in R-L Load
  • Module 8- Freewheeling Diode (Commutation Diode)
  • Module 9- Half Wave R-L Load with FWD
  • Module 10- Difference Between Continuous and Discontinuous Mode in RL Load
  • Module 11- Half Wave RL Load with FWD Continuous Mode
  • Module 12- Example on Half Wave Rectifier with FWD
  • Module 13- Bridge Full Wave Uncontrolled Rectifier Part 1
  • Module 14- Bridge Full Wave Uncontrolled Rectifier Part 2
  • Module 15- Quick Revision on Bridge Full Wave Uncontrolled Rectifier
  • Module 16- Firing Angle
  • Module 17- Half Wave Controlled Rectifier R Load
  • Module 18- Half Wave Controlled Rectifier R-L Load
  • Module 19- Half Controlled R-L Load with FWD
  • Module 20- Example 1
  • Module 21- Example 2
  • Module 22- Example 3
  • Module 23- Example 4
  • Module 24- Example 5
  • Module 25- Fully Controlled Bridge Rectifier Part 1
  • Module 26- Fully Controlled Bridge Rectifier Part 2
  • Module 27- Quick Revision on Bridge Full Wave Controlled Rectifier
  • Module 28- Example 6
  • Module 29- Half Controlled Bridge Rectifier
  • Module 30- Half Controlled Bridge Rectifier with FWD
  • Module 31- Example 7
  • Module 32- Example 8
  • Module 33- Performance Parameters
  • Module 34- Power Factor
  • Module 1- Introduction to AC Choppers
  • Module 2- Definition of AC Choppers
  • Module 3- Switching Techniques in AC Choppers
  • Module 4- Applications on AC Choppers
  • Module 5- Types of AC Choppers
  • Module 6- AC Chopper with R Load
  • Module 7- Example 1 on AC Chopper with R Load
  • Module 8- Example 2 on AC Chopper with R Load
  • Module 9- AC Chopper with L Load Part 1
  • Module 10- AC Chopper with L Load Part 2
  • Module 11- Example on AC Chopper with L Load
  • Module 12- AC Chopper with RL Series Load
  • Module 13- Example on AC Chopper with RL Series Load
  • Module 14- AC Chopper with RL Parallel Load
  • Module 15- Example on AC Chopper with RL Parallel Load
  • Module 16- AC Chopper with Pure Capacitive Load
  • Module 17- Example on AC Chopper with Pure Capacitive Load
  • Module 18- AC Chopper Loaded by Heavy Rectifier
  • Module 19- AC Chopper Loaded by an AC Motor with Sinusoidal Back Emf
  • Module 20- Example on AC Chopper Loaded by an AC Motor with Sinusoidal Back Emf
  • Module 21- Integral Cycle Control
  • Module 22- Example on Integral Cycle Control
  • Module 1- Introduction to DC Choppers
  • Module 2- Definition and Application of DC Choppers
  • Module 3- Step down DC Chopper with R Load
  • Module 4- Example on Step Dwon DC Chopper with R Load
  • Module 5- Generation of Duty Cycle
  • Module 6- Switching Techniques
  • Module 7- Step Down DC Chopper with RLE Load Part 1
  • Module 8- Step Down DC Chopper with RLE Load Part 2
  • Module 9- Example 1 on Step Down DC Chopper with RLE Load
  • Module 10- Example 2 on Step Down DC Chopper with RLE Load
  • Module 11- Step Up DC Chopper with R or RL Load
  • Module 12- Step Up DC Chopper with RE Load
  • Module 13- Example on Step Up DC Chopper with RE Load
  • Module 14- Buck Regulator Part 1
  • Module 15- Buck Regulator Part 2
  • Module 16- Example on Buck Regulator
  • Module 17- Boost Regulator
  • Module 18- Example on Boost Regulator
  • Module 19- Buck Boost Converter
  • Module 20- Example on Buck-Boost Converter
  • Module 1- Introduction to Inverters
  • Module 2- Definition of Inverters
  • Module 3- Importance and Applications of Inverters
  • Module 4- Single Phase Half Bridge R-Load
  • Module 5- Single Phase Half Bridge RL- Load
  • Module 6- Performance Parameters of an Inverter
  • Module 7- Example on Single Phase Half Bridge
  • Module 8- Single Phase Bridge Inverter R- Load
  • Module 9- Single Phase Bridge Inverter RL- Load
  • Module 10- Example on Single Phase Bridge Inverter
  • Module 11- Three Phase Inverters and Obtaining the Line Voltages
  • Module 12- Threee Phase Inverters and Obtaining The Phase Voltages
  • Module 13- Example on Three Phase Inverters
  • Module 14- Single Pulse Width Modulation
  • Module 15- Multiple Pulse Width Modulation
  • Module 16- Example on Multiple Pulse Width Modulation
  • Module 17- Sinusoidal Pulse Width Modulation
  • Module 18- Industrial Inverter

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