Modeling and Control of Power Electronics
Master advanced power electronics design and control techniques for high-performance converters and systems.
Master advanced power electronics design and control techniques for high-performance converters and systems.
This specialized program focuses on advanced analysis, modeling, and design of high-performance control systems for power electronics. Students learn sophisticated techniques for designing and controlling dc-dc converters, ac-dc rectifiers, and dc-ac inverters. The curriculum covers averaged-switch modeling, design-oriented analysis, input filter design, and current-mode control methods. The program culminates in practical applications for photovoltaic power systems, preparing engineers for careers in renewable energy and power electronics.
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What you'll learn
Design and analyze high-performance closed-loop power converters
Implement advanced current-mode control techniques
Create input filter designs for power converters
Develop power-factor correction rectifiers
Design grid-tied inverters for solar systems
Master simulation tools for power electronics
Skills you'll gain
This course includes:
65 Hours PreRecorded video
Peer-graded project and simulation-based assessments
Access on Mobile, Desktop
FullTime access
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There are 5 courses in this program
Averaged-Switch Modeling and Simulation
Course 1 · 16 Hours to complete · 3 modules
Techniques of Design-Oriented Analysis
Course 2 · 12 Hours to complete · 3 modules
Input Filter Design
Course 3 · 11 Hours to complete · 3 modules
Current-Mode Control
Course 4 · 13 Hours to complete · 4 modules
Power Control: AC-DC Conversion Basics
Course 5 · 13 Hours to complete · 3 modules
Fee Structure
Payment options
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