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Demystifying Switching Power Supplies,9780750674454
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Demystifying Switching Power Supplies


Author(s): Mack
ISBN10:  0750674458
ISBN13:  9780750674454
Format:  Paperback
Pub. Date:  4/5/2005
Publisher(s): Elsevier Science & Technology

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SummaryTable of Contents
This book is a crash course in the fundamental theory, concepts, and terminology of switching power supplies. It is designed to quickly prepare engineers to make key decisions about power supplies for their projects.

Intended for readers who need to quickly understand the key points of switching power supplies, this book covers the 20% of the topic that engineers use 80% of the time.

Unlike existing switching power supply books that deal striclty with design issues, this book also recognizes the growing importance of "off-the-shelf" commericial switching power supplies and gives readers the background necessary to select the right commercial supply if they do not wish to design a custom supply. Proper selection and use of commercial switching power supplies is a topic ignored by other books.

Unlike exhaustive treatments of switching power supply design, this book gives readers "just in time" essentials of power switching supplies. Engineers whose main design responsibilities are in other areas, will better understand the strengths and weaknesses of switching power supplies and whether such supplies are appropriate for their projects. They will be able to give more meaningful design requirements and specifications to those who do design switching power supplies.

*Will get readers up-to-speed quickly on all the pivotal basics of switching power supplies

*Useful not just for designers, but for all engineers who use power supplies in their work, as well as managers who need to educate staff on the benefits and trade-ofs of various products
Preface ix
Introduction xi
Basic Switching Circuits
1(20)
Energy Storage Basics
3(1)
Buck Converter
4(2)
Boost Converter
6(3)
Inverting Boost Converter
9(1)
Buck-Boost Converter
10(1)
Transformer Isolated Converters
11(5)
Synchronous Rectification
16(1)
Charge Pumps
17(4)
Control Circuits
21(30)
Basic Control Circuits
23(3)
The Error Amplifier
26(2)
Error Amplifier Compensation
28(5)
A Representative Voltage Mode PWM Controller
33(6)
Current Mode Control
39(2)
A Representative Current Mode PWM Controller
41(4)
Charge Pump Circuits
45(4)
Multiple Phase PWM Controllers
49(1)
Resonant Mode Controllers
50(1)
The Input Power Supply
51(22)
Off-Line Operation
53(2)
Radio Interference Suppression
55(2)
Safety Agency Issues
57(3)
Power Factor Correction
60(4)
In-Rush Current
64(2)
Hold-Up Time
66(3)
Input Rectifier Considerations
69(1)
Input Reservoir Capacitor Characteristics
70(3)
Non-Isolated Circuits
73(38)
General Design Method
75(1)
Buck Converter Designs
76(10)
Boost Converter Designs
86(8)
Inverting Designs
94(3)
Step Up/Step Down (Buck/Boost) Designs
97(5)
Charge Pump Designs
102(5)
Layout Considerations
107(4)
Transformer-Isolated Circuits
111(56)
Feedback Mechanisms
113(8)
Flyback Circuits
121(8)
Practical Flyback Circuit Design
129(1)
Off-Line Flyback Example
129(8)
Non-Isolated Flyback Example
137(4)
Forward Converter Circuits
141(2)
Practical Forward Converter Design
143(1)
Off-Line Forward Converter Example
144(4)
Non-Isolated Forward Converter Example
148(4)
Push-Pull Circuits
152(2)
Practical Push-Pull Circuit Design
154(4)
Half Bridge Circuits
158(3)
Practical Half Bridge Circuit Design
161(3)
Full Bridge Circuits
164(3)
Passive Component Selection
167(20)
Capacitor Characteristics
169(2)
Aluminum Electrolytic Capacitors
171(2)
Solid Tantalum and Niobium Capacitors
173(2)
Solid Polymer Electrolytic Capacitors
175(1)
Multilayer Ceramic Capacitors
176(4)
Film Capacitors
180(1)
Resistor Characteristics
181(2)
Carbon Composition Resistors
183(1)
Film Resistors
183(1)
Wire Resistors
184(3)
Semiconductor Selection
187(48)
Diode Characteristics
189(1)
Junction Diodes
189(5)
Schottky Diodes
194(3)
Passivation
197(1)
Bipolar Transistors
197(7)
Power MOSFETs
204(4)
Gate Drive
208(11)
Safe Operating Area and Avalanche Rating
219(3)
Synchronous Rectification
222(7)
Sense FETs
229(1)
Package Options
229(1)
IGBT Devices
230(5)
Inductor Selection
235(26)
Properties of Real Inductors
237(3)
Core Properties
240(10)
Designing a Powder Toroid Choke Core
250(6)
Choosing a Boost Converter Core
256(5)
Transformer Selection
261(16)
Transformer Properties
263(3)
Safety Concerns
266(1)
Practical Construction Considerations
267(4)
Choosing a Forward Converter Transformer Core
271(1)
Practical Flyback Core Considerations
272(1)
Choosing a Flyback Converter ``Transformer'' Core
273(4)
A ``True Sine Wave'' Inverter Design Example
277(22)
Design Requirements
279(1)
Design Description
280(6)
Preregulator Detailed Design
286(4)
Output Converter Detailed Design
290(3)
H Bridge Detailed Design
293(3)
Bridge Drive Detailed Design
296(3)
A PC Off-Line Supply
299(20)
Setting Requirements
301(1)
The Input Supply
302(3)
DC-DC Converter
305(4)
Diode Selection
309(1)
Inductor Designs
310(4)
Capacitor Designs
314(1)
Transformer Design
315(4)
Index 319

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