I. Table of Contents
1.
Introduction
2.
Inductor, PWM, the average concept
3.
Basic topologies, CCM, DCM
4.
Switched capacitor converters
5.
Basic magnetics
design
6.
Isolated converters (forward and Flyback)
7.
Simulation tools (only time domain is covered in this seminar)
8.
Practical inductors, capacitors, diodes, power switches, Losses and
Efficiency
9.
Output Voltage Ripple, Parasitic Effects, RC Snubbers
10.
Advanced topologies (HB, FB, PP, C’uk, SEPIC)
11.
Introduction to soft switching
12.
Drivers
13.
Current
sensing
Basics of
control techniques |
Control Design of PWM
Converters: The User Friendly Approach |
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