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Practical switching power supply design
Brown, Marty,
اطلاعات کتابشناختی
Practical switching power supply design
Author :
Brown, Marty,
Publisher :
Academic Press,
Pub. Year :
1990
Subjects :
Switching circuits -- Design and construction. Power semiconductors -- Design and...
Call Number :
TK 7868 .S9 .B66 1990
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Cover
(1)
Frontmatter
(4)
Half Title Page
(4)
Title Page
(6)
Copyright
(7)
Table of Contents
(8)
Preface
(12)
Chapter 1: Why Use Switching Power Supplies?
(14)
Chapter 2: How a Switching Power Supply Works
(18)
2.1 Forward-Mode Switching Regulators
(18)
2.2 Flyback-Mode Switching Regulators
(20)
Chapter 3: A Walk through a Representative Switching Power Supply
(22)
3.1 The EMI Filter
(22)
3.2 Bulk Input Filter (Storage) Capacitor
(22)
3.3 Transformer
(24)
3.4 Power Switches
(25)
3.5 Output Rectifiers
(25)
3.6 The Output Filter Section
(25)
3.7 Current Sense Elements
(26)
3.8 Voltage Feedback Elements
(26)
3.9 The Control Section
(27)
Chapter 4: Switching Power Supply Topologies
(30)
4.1 Factors Affecting the Choice of an Appropriate Topology
(30)
4.2 Non-Transformer-Isolated Switching Power Supply Topologies
(33)
4.3 Transformer-Isolated Switching Power Supply Topologies
(42)
Chapter 5: Semiconductors Used in a Switching Power Supply
(56)
5.1 Bipolar Power Transistors
(56)
5.2 Power MOSFETs
(63)
5.3 Rectifiers
(69)
5.4 Switching Power Supply Control Integrated Circuits
(71)
Chapter 6: The Magnetic Components within a Switching Power Supply
(80)
6.1 Basic Magnetism and Ferromagnetism
(81)
6.2 The Forward-Mode Transformer
(89)
6.3 The Flyback Transformer
(96)
6.4 The Forward-Mode Filter Choke
(103)
6.5 Mutually Coupled Forward-Mode Filter Inductors
(107)
Chapter 7: Cross-Regulation of the Outputs
(110)
7.1 Transformer Techniques
(112)
7.2 The Voltage-Sensing Network
(112)
7.3 Mutually Coupled Output Filter Chokes
(113)
Chapter 8: Protection
(116)
8.1 Protecting the Supply and the Load from the Input line
(116)
8.2 Protecting the Load from the Supply and ltself
(120)
Chapter 9: Miscellaneous Topics
(128)
9.1 Power Supply and System Grounds
(128)
9.2 The Use and Design of Clamps and Snubbers
(132)
9.3 RFI and EMI Design Considerations
(138)
9.4 Power Supply and Product Safety Considerations
(141)
9.5 Testing Power Supply Units
(145)
Chapter 10: Closing the Loop-Feedback and Stability
(154)
10.1 The Bode Plot as a Basic Tool
(154)
10.2 Closing the Loop
(158)
10.3 The Stability Criteria Applied to Power Supplies
(159)
10.4 The Control-to-Output Transfer Functions of Common Switching Power Supply Topologies
(161)
10.5 Common Error Amplifier Compensation Techniques
(167)
10.6 Attempting to Compensate for a Right-Half-Plane Zero
(180)
Chapter 11: Resonant Converters - An Introduction
(182)
11.1 Why Resonant Switching Power Supplies?
(183)
11.2 Basic Quasi-Resonant Converter Operation
(185)
11.3 The Resonant Switch - A Method of Creating a Quasi-Resonant Family
(191)
11.4 The Zero-Voltage Quasi-Resonant Converter Family
(194)
11.5 Second-Side Resonance
(199)
11.6 Effects of Parasitic Elements within High-Frequency Supplies
(202)
Chapter 12: Switching Power Supply Design Examples
(212)
12.1 A Low-Cost, Low-Power Flyback Converter
(212)
12.2 A 100-kHz, 50-W, Off-Line, Half-Bridge Switching Power Supply
(222)
12.3 A 50-W, Parallel-Resonant, Half-Bridge, Quasi-Resonant Converter
(233)
12.4 A 60-W, Off-Line Flyback Converter with Battery Backup
(240)
Backmatter
(248)
Bibliography
(248)
Index
(250)
Back Cover
(258)
