Practical Switching Power Supply Design
Take 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!
* Gives special attention to resonant switching power supplies, a state-of-the-art trend in switching power supply design
* Approaches switching power supplies in an organized way beginning with the advantages of switching supplies and thier basic operating principles
* Explores various configurations of pulse width modulated (PWM) switching supplies and gives readers ideas for the direction of their designs
* Especially useful for practicing design engineers whose primary specialty is not in analog or power engineering fields
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How a Switching Power Supply Works
CrossRegulation of the Outputs
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applications base drive Bode plot capacitance caused clamp closed-loop compensation components control 1C control-to-output core material corner frequency current flowing current-mode control curve dielectric dielectric isolation diode duty cycle energy Equation error amplifier exhibit failure Figure filter capacitor filter choke flux density flyback converters flyback transformer flyback-mode gain crossover frequency half-bridge high-frequency inductor input line input voltage insulation L-C filter leakage inductance linear regulator Litz wire load current loop maximum minimum needed number of turns on-time operation output load output power output voltage overcurrent parasitic peak current percent pole power MOSFET power supply design power switch primary winding push-pull quasi-resonant converter quasi-resonant switch ramp rectifier resistor resonant capacitor saturation secondary windings semiconductors snubber spike supply's switching losses switching power supply switching regulator switching supply tank circuit topology transfer function transformer-isolated turn-off turn-on typical wire zener zero zero-voltage