Electronics Course IV: Power Electronics Textbook 44-0410 / Editor: Heinez-Piest

CONTENTS

1: INTRODUCTION TOPOWER ELECTRONICS
1.1 Development Stages
1.2 Basic Principle of Static Power Converters
1.3 Principles of Control Engineering (Open Loop)
1.4 Principles of Automatic Engineering (Closed Loop)
1.5 Symbols Used
Etc.

2: ELECTRONIC SWITCHES
2.1 Components and Modules
2.2 Protection of SilconValves
2.3 A. C. SWITCHES
2.4 D.C. SWITCHES
2.5 Symbols
Etc.

3: ELECTRONIC POWER CONTROLLERS
3.1 General
3.2 Burst Fire Control (Full-Wave Control)
3.3 Phase-angle Control
3.4 Reactive Control Power
3.5 Three-Phase Power Controller
Etc.

4: UNCONTROLLED POWER CONVERTERS (Rectifiers)
4.1 Basic Terminology and Definitions
4.2 Half-Wave Centre-Tap Circuit (M 1)
4.3 Full-Wave Power Converters
4.4 Three-Pulse Power Converter
4.5 Six-Pulse Power Converter
Etc.

5: CONTROLLED POWER CONVERTERS
5.1 General
5.2 Half-Wave Power Converter
5.3 Fully-Controlled Multi-Pulse Power Converter
5.4 Half-Controlled Power Converters
5.5 Consideration of Power
Etc.

6: POWER CONVERTER DRIVES WITH D.C. MOTOR
6.1 D.C. Motor
6.2 D.C. Motor and Driven Machine
6.3 Power Converter Features
6.4 Single-Quadrant Power Converter
6.5 Construction of a Typical 1 Q Converter
Etc.

7: POWER CONVERTERS WITH THREE-PHASE ASYNCHRONOUS MOTOR
7.1 Three-Phase System
7.2 Three-Phase Asynchronous Motor
7.3 Motor and Driven Machines
7.4 Speed Adjustment
7.5 Speed Adjustment with Direct Converter
Etc.

Includes: Includes p . 375-386