Practical Switching Power Supply DesignTake the "black magic" out of switching power supplies with Practical Switching Power Supply Design! This is a comprehensive "hands-on" guide to the theory behind, and design of, PWM and resonant switching supplies. You'll find information on switching supply operation and selecting an appropriate topology for your application. There's extensive coverage of buck, boost, flyback, push-pull, half bridge, and full bridge regulator circuits. Special attention is given to semiconductors used in switching supplies. RFI/EMI reduction, grounding, testing, and safety standards are also detailed. Numerous design examples and equations are given and discussed. Even if your primary expertise is in logic or microprocessor engineering, you'll be able to design a power supply that's right for your application with this essential guide and reference!
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Contents
How a Switching Power Supply Works | 5 |
CHAPTER | 17 |
CHAPTER 5 | 43 |
CrossRegulation of the Outputs | 97 |
CHAPTER 8 | 103 |
CHAPTER 9 | 115 |
CHAPTER 10 | 141 |
CHAPTER 11 | 169 |
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Common terms and phrases
added allows applications average base basic calculated capacitance capacitor caused circuit clamp compensation components condition conduction converter core cost coupling curve cycle desired determined diode drive effects elements energy enter Equation error amplifier exhibit failure field Figure filter flow flux flyback forward-mode frequency function gain ground higher increase inductance inductor input voltage isolation less limits load load current loop losses magnetic major material maximum means method mode MOSFET needed occurs operation output filter output voltage overcurrent peak percent period phase placed pole power switch primary problem protection quasi-resonant range rated rectifier reduce reference regulator resistance resonant response result saturation secondary sense specified spike stored switching power supply topology transformer transistor turns typical Vout waveform winding wire zero