Switchmode power supply handbook [electronic resource] / Keith Billings, Taylor Morey.
Series: McGraw-Hill's AccessEngineeringPublication details: New York : McGraw-Hill, [2011]Edition: 3rd edDescription: 1 electronic text : illISBN:- 0071776311
- 9780071639712
- 621.381/044 22
- TK7881.15 .B55 2011
- Also issued in print and PDF version.

Includes index.
Print version c2011.
Part 1. Functions and requirements common to most direct-off-line switchmode power supplies -- Part 2. Design: theory and practice -- Part 3. Applied design -- Part 4. Supplementary.
Common requirements: an overview -- AC powerline surge protection -- Electromagnetic interference (EMI) in switchmode power supplies -- Faraday screens -- Fuse selection -- Line rectification and capacitor input filters for ?direct-off-line? switchmode power supplies -- Inrush control -- Start-up methods -- Soft start and low-voltage inhibit -- Turn-on voltage overshoot prevention -- Overvoltage protection -- Undervoltage protection -- Overload protection -- Foldback (reentrant) output current limiting -- Base drive requirements for high-voltage bipolar transistors -- Proportional drive circuits for bipolar transistors -- Antisaturation techniques for high-voltage transistors -- Snubber networks -- Cross conduction -- Output filters -- Power failure warning circuits -- Centering (adjustment to center) of auxiliary output voltages on multiple-output converters -- Auxiliary supply systems -- Parallel operation of voltage-stabilized power supplies --
Multiple-output flyback switchmode power supplies -- Flyback transformer design -- Reducing transistor switching stress -- Selecting power components for flyback converters -- The diagonal half-bridge flyback converter -- Self-oscillating direct-off-line flyback converters -- Applying current-mode control to flyback converters -- Direct-off-line single-ended forward converters -- Transformer design for forward converters -- Diagonal half-bridge forward converters -- Transformer design for diagonal half-bridge forward converters -- Half-bridge push-pull duty-ratio-controlled converters -- Bridge converters -- Low-power self-oscillating auxiliary converters -- Single-transformer two-transistor self-oscillating converters -- Two-transformer self-oscillating converters -- The DC-to-DC transformer concept -- Multiple-output compound regulating systems -- Duty-ratio-controlled push-pull converters -- DC-to-DC switching regulators -- High-frequency saturable reactor power regulator (magnetic duty ratio control) -- Constant-current power supplies -- Variable linear power supplies -- Switchmode variable power supplies -- Switchmode variable power supply transformer design --
Inductors and chokes in switchmode supplies -- High-current chokes using iron powder cores -- Choke design using iron powder toroidal cores -- Switchmode transformer design (general principles) -- Optimum 150-W transformer design example using nomograms -- Transformer staircase saturation -- Flux doubling -- Stability and control-loop compensation in SMPS -- The right-half-plane zero -- Current-mode control -- Optocouplers -- Ripple current ratings for electrolytic capacitors in switchmode power supplies -- Noninductive current shunts -- Current transformers -- Current probes for measurement purposes -- Thermal management in switchmode power supplies --
Active power factor correction -- The merits and limitations of hard switching and fully resonant switchmode power supplies -- Quasi-resonant switching converters -- A fully resonant self-oscillating current fed FET type sine wave inverter -- A single control wide range sine wave oscillator.
Also issued in print and PDF version.
Description based on cover image and table of contents, viewed on July 14, 2011.