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Control and Applications in Power Electronics

Course developed by: Francesc Guinjoan and Domingo Biel, Electronic Engineering Dept, UPC 
Contact: francesc.guinjoan@upc.edu

Course Description

The aim of this Master course is to introduce the students in several techniques of modelling, design and control of power processing systems for regulation, wide-band amplification and waveform generation in different applications.

Specific objectives are to design state linear controllers for power converters in regulation, ripple and amplification applications, and to verify their performance by numerical simulation; to analyze and design power factor correction circuits; and to obtain state models of power converters.

Throughout the course, a set of exercises are proposed to the students, focussing on modeling of DC-DC converters, single-loop control of DC-DC converters, sustainability in power circuits, and average and peak current control in DC-DC converters.

Learning Objectives
By the end of this course, students are able to …

  • Know how to obtain state models of power converters.
  • Know how to design state linear controllers for power converters in regulation, ripple and amplification applications and verify their performance by numerical simulation.
  • Know how to analyze and design power factor correction circuits. 
Link & Infos
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Course access (restricted to UPC enrolled students only)
Open access provided? No
Course duration: ~ 125 hours
Course type: In-class course
Target audience: Students at Masters level
Course language: English
Is this course free? No
Self-paced course? No
Is the certificate / are the credentials free? No
Assessment type: Exams, assignments