LIKE NEW Switching Power Design - A Concise Practical Handbook (Catlett, VA)

LIKE NEW Switching Power Design - A Concise Practical Handbook

Local pick- up (please call first) but will ship at the buyer s expenseDesktop -Switching Power SupplyContents by Chapter (in brief)Illustrated Sample Circuits Mathematical Charts Graphs PREFACE.....61. SMPS TOPOLIGIES.....8 1.1...CALCULATION OF DC TRANSFER FUNCTION.....8 1.2..... BUCK CONVERTER.....10 1.3.....FLY-BUCK CONVERTER.....13 1.4.....BOOST CONVERTER.....16 1.5.....BUCK-BOOST (INVERTING).....19 1.6.....SEPIC CONVERTER.....22 1.7.....SINGLE-SWITCH FORWARD CONVERTER.....25 1.8.....FORWARD CONVERTER VARIATIONS.....29 1.9.....FLYBACK CONVERTER IN DCM.....31 1.10.....FLYBACK CONVERTER IN CCM.....35 1.11.....FLYBACK COVERTER VARIATIONS.....40 1.2.....HALF BRIDGE.....42 1.13.....LLC HALF BRIDGE.....46 1.14.....PHASE SHIFTED FULL BRIDGE WITH CURRENT DOUBLER....52 1.15.....TOPOLOOGY SELECTION.....522......POWER FACTOR CORRECTIONS.....58 2.1.....POWER FACTOR BASICS.....58 2.2.....CCM PFC BOOST.....60 2.3.....DCM PFC BOOST.....643......FEEDBACK LOOP FUNDAMENTALS..........68 3.1.....BODE PLOT AND STABILITY CRITERIA.....68 3.2.....LAPLACE TANSFORM ZEROS AND POLLS.... 71 3.3.....TRANSIENT RESPONSE vs. PHASE MARGIN.....74 3.4.....CHOOSING CROSSOVRER FREQUENCY.....76 3.5.....LOOP COMPENSATION BASICS.....78 3.6.....VOLTAGE MODE CONTROL TRANSFER FUNCTIONS.....80 3.7.....CURRENT MODE CONTROL TRANSFER FUNCTIONS.....82 3.8.....INCREASING PHASE MARGIN.....86 3.9.....ERROR AMPLIFIER WITH GAIN WITH TL431.....874......MAGNETICS DESIGN.....89 4.1.....TRANSFORMER CALCULATIONS.....89 4.2.....CORE LOSSES.....92 4.3.....COPPER LOSSES.....93 4.4.....POWER INDUCTOR DESIGN.....965.....MISCELLANEOUS POWER ELECTRONICS REFERENCE.....99 5.1.....ESTIMATION OF MOSFET LOSSES.....99 5.2.....CALCULATION OF OUTPUT VOLTAGE RIPPLE.....101 5.3.....CAPACITANCE CALCULATIONS FOR LOAD TRANSIENT RESPONSE.....102 5.4.....PCB TRACE PROPERTIES.....1046......REFERENCES.....1057. ....APPENDIX.....107 7.1...MAGNETIC UNIT CONVERSION.....1078......ABOUT THE AUTHOR.....108PREFACE1.....TOPLIGIES 1.1.....CALCULATIONS OF DC TRANSFER FUNCTIONS 1.2.....BUCK CONVERTER 1.3.....FLY-BUCK is a trademark of Texas Instruments. Inc 1.4.....BOOST CONVERTER 1.5....BUCK- BOOST (INVERTING) 1.6.....SEPIC CONVERTER 1.7.....SINGLE-SWITCH FORWARD CONVERTR 1.8.....FORWARD CONVERTER VARIATIONS 1.9.....FLYBACK CONVERTER IN DCM 1.10.....FLYBACK CONVERTER IN CCM 1.11.....FLYBACK CONVERTER VARIATIONS 1.12.....HALF BRIDGE 1.13.....LLC HALF BRIDGE 1.14.....PHASE SHIFTED FULL BRIDGE WITH CURRENT DOUBLER 1.15.....TOPOLOGY2.....POWER FACTOR CORRECTION 2.1.....POWER FACTOR BASICS 2.2.....CCM PFC BOOST 2.3.....DCM PFC BOOST3.....FEEDBACK LOOP FUNDAMENTAL 3.1.....BODE PLOT AND STABILITY CRITERIA 3.2.....LAPLACE TRANSFORM ZEROES AND POLES 3.3.....TRANSIENT RESPONSE vs. PHASE MARGIN 3.4.....CHOOSING CROSSOVER FREQUENCY 3 5.....LOOP COMPENSATION BASICS 3.6.....VOLTAGE MODE CONTROL 3.7.....CURRENT MODE CONTROL TRANSFER FUNCTIONS 3.8.....INCREASIING PHASE MARGIN 3.9.....ERROR AMPLIFER GAIN WITH TL4314....MAGNETICS DESIGN 4.1.....TRANSFORMER CALCULATIONS 4.2.....CORE LOSSES 4.3.....COPPER LOSSES 4.4.....POWER INDUCTOR DESIGN5.....MISCELLANEOUS POWER ELECTRONICS REFERNECE 5.1.....ESTIMATON OF MOSFET LOSSES 5.2.... CALCULATION OF OUTPUT VOLTAGE RIPPLE 5.3.....CAPACITANCE CALCULATION FOR LOAD TRANSIENT RESPONCE 5.4.....PCB TRACE PROPERTIES6. ....REFERENCES7.....APPENDIX8.....ABOUT THE AUTHORSoft cover ISBN 978-1-716-12745-8 108 pages