EE 528
Power Electronics
Fall 2015
Homework for Week 1: Solutions due on Tuesday, Sept. 1, at beginning of class. Show necessary (not
excessive!) details of your work!
Part I.
Damped resonant circuit
POWER ELECTRONICS: EE 599
Fall 2011
Midterm problem: Transformer isolated flyback converter analysis and design
Specifications:
Maximum input voltage Vg
Minimum input voltage Vg
Output voltage V
Maxim
EE 528
Power Electronics
Fall 2015
Homework for Week 5:
Cuk converter circuit analysis (100 points)
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Figure 1.
a)
What is the voltage conversion function of the converter, M(D,K), in
disconti
POWER ELECTRONICS: EE 528 Fall 2015
Week 2 Homework: Steady State Converter Analysis
1) Buck converter with input filter circuit analysis (see page 37, problem 2.9
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The Discontinuous Conduction Mode
Chapter 5
8/28/2015
EE 528  Fall 2015  Chapter 5
1
Subjects treated
1. Origin of the discontinuous conduction mode, and
mode boundary
2. Analysis of the conversion
Principles of SteadyState Converter Analysis
Chapter 2
8/20/2015
EE 528  Fall 2015  Chapter 2
1
Principal approximations
Ideal converter no losses
Pin Pout
Vin I in Vout I out
MV M I 1
Voltage an
Converter Circuits and Transformer Isolation
Chapter 6
8/28/2015
EE 528  Fall 2015  Chapter 6
1
Circuit manipulations
8/28/2015
EE 528  Fall 2015  Chapter 6
2
Inversion of source and load
8/28/201
Converter Dynamics and Control
Chapter 7
8/28/2015
EE 528  Fall 2015  Chapter 7
1
AC Equivalent Circuit Modeling
1. Introduction
2. The basic ac modeling approach
3. Example: A nonideal flyback con
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