Switching Power Supply Design & OptimizationThis is a rigorous, carefully explained and motivated “beginner’s bible” to power supply design. Between dense, mathematical textbooks on power electronics and tiny power supply “cookbooks” there exists no practical tutorial on the hazards of contemporary power supply design. Our Pressman book, the 800 lb gorilla in the field, is both mathematically dense and 7 years old. This new book, detailing cutting edge thermal management techniques, grouping key design equations in a special reference section, and containing a concise Design FAQ, will serve both as an invaluable tutorial and quick reference. |
Contents
Reference Equations and Graphs for Converter Design | 3 |
DCDC Converters and Their Configurations | 31 |
8853 | 69 |
Copyright | |
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Common terms and phrases
actually air gap application average B-field basic boost buck converter buck-boost bulk capacitor calculated capacitance capacitor current Chap choke circuit cmils components copper copper losses core loss current limit current ripple ratio current waveform curves D max dc-dc dc-dc converter decrease diode Dmax duty cycle effective energy equivalent example factor Figure flux flyback flyback transformer forward converter holdup increase inductor current input capacitor input voltage IRMS layers leakage inductance load current maximum MTBF Note number of turns output capacitor output voltage peak current percent permeability power supply primary winding primary-side R₁ R₂ rail resistor ripple current rms current saturation secondary-side skin depth switcher Table temperature topology transformer turns ratio typical VAVG vendor Vin max VOFF voltage-dependent equation voltseconds VRMS waveform wire пр