Table of Contents

• A. ABOUT THE AUTHOR
• B. FOREWORD
• C. PREFACE
• D. NOMENCLATURE
• 1. INTRODUCTION TO POWER CONVERSION
• 2. SMALL-SIGNAL MODELING
• 3. FEEDBACK AND CONTROL LOOPS
• 4. BASIC BLOCKS AND GENERIC SWITCHED MODELS
• 5. SIMULATIONS AND PRACTICAL DESIGNS OF NONISOLATED CONVERTERS
• 6. SIMULATIONS AND PRACTICAL DESIGNS OF OFF-LINE CONVERTERS—THE FRONT END
• 7. SIMULATIONS AND PRACTICAL DESIGNS OF FLYBACK CONVERTERS
• 8. SIMULATIONS AND PRACTICAL DESIGNS OF FORWARD CONVERTERS
• A. CONCLUSION

• figure (874)
• table (4)

Expanded Table of Contents

• A. ABOUT THE AUTHOR
• B. FOREWORD
• C. PREFACE
• D. NOMENCLATURE
• 1. INTRODUCTION TO POWER CONVERSION
  • “DO YOU REALLY NEED TO SIMULATE?”
  • WHAT YOU WILL FIND IN THE FOLLOWING PAGES
  • WHAT YOU WILL NOT FIND IN THIS BOOK
  • CONVERTING POWER WITH RESISTORS
  • CONVERTING POWER WITH SWITCHES
  • THE DUTY CYCLE FACTORY
  • THE BUCK CONVERTER
  • THE BOOST CONVERTER
  • THE BUCK-BOOST CONVERTER
  • INPUT FILTERING
  • The RLC Filter
  • WHAT I SHOULD RETAIN FROM CHAP. 1
  • A RLC TRANSFER FUNCTION
  • THE CAPACITOR EQUIVALENT MODEL
  • POWER SUPPLY CLASSIFICATION BY TOPOLOGIES
• 2. SMALL-SIGNAL MODELING
  • STATE-SPACE AVERAGING
  • THE PWM SWITCH MODEL—THE VOLTAGE-MODE CASE
  • THE PWM SWITCH MODEL—THE CURRENT-MODE CASE
  • THE PWM SWITCH MODEL—PARASITIC ELEMENTS EFFECTS
  • PWM SWITCH MODEL IN BORDERLINE CONDUCTION
  • THE PWM SWITCH MODEL—A COLLECTION OF CIRCUITS
  • OTHER AVERAGED MODELS
  • WHAT I SHOULD RETAIN FROM CHAP. 2
  • BASIC TRANSFER FUNCTIONS FOR CONVERTERS
  • POLES, ZEROS, AND COMPLEX PLANE—A SIMPLE INTRODUCTION
• 3. FEEDBACK AND CONTROL LOOPS
  • OBSERVATION POINTS
  • STABILITY CRITERIA
  • PHASE MARGIN AND TRANSIENT RESPONSE
  • CHOOSING THE CROSSOVER FREQUENCY
  • SHAPING THE COMPENSATION LOOP
  • AN EASY STABILIZATION TOOL—THE K FACTOR
  • FEEDBACK WITH THE TL431
  • THE OPTOCOUPLER
  • SHUNT REGULATORS
  • SMALL-SIGNAL RESPONSES WITH PSIM AND SIMPLIS
  • WHAT I SHOULD RETAIN FROM CHAP. 3
  • AUTOMATED POLE-ZERO PLACEMENT
  • A TL431 SPICE MODEL
  • TYPE 2 MANUAL POLE-ZERO PLACEMENT
  • UNDERSTANDING THE VIRTUAL GROUND IN CLOSED-LOOP SYSTEMS
• 4. BASIC BLOCKS AND GENERIC SWITCHED MODELS
  • GENERIC MODELS FOR FASTER SIMULATIONS
  • OPERATIONAL AMPLIFIERS
  • SOURCES WITH A GIVEN FAN-OUT
  • VOLTAGE-ADJUSTABLE PASSIVE ELEMENTS
  • A HYSTERESIS SWITCH
  • AN UNDERVOLTAGE LOCKOUT BLOCK
  • LEADING EDGE BLANKING
  • COMPARATOR WITH HYSTERESIS
  • LOGIC GATES
  • TRANSFORMERS
  • ASTABLE GENERATOR
  • GENERIC CONTROLLERS
  • DEAD TIME GENERATION
  • LIST OF GENERIC MODELS
  • CONVERGENCE OPTIONS
  • WHAT I SHOULD RETAIN FROM CHAP. 4
  • AN INCOMPLETE REVIEW OF THE TERMINOLOGY USED IN MAGNETIC DESIGNS
  • FEEDING TRANSFORMER MODELS WITH PHYSICAL VALUES
• 5. SIMULATIONS AND PRACTICAL DESIGNS OF NONISOLATED CONVERTERS
  • THE BUCK CONVERTER
  • THE BOOST CONVERTER
  • THE BUCK-BOOST CONVERTER
  • THE BOOST IN DISCONTINUOUS MODE, DESIGN EQUATIONS
• 6. SIMULATIONS AND PRACTICAL DESIGNS OF OFF-LINE CONVERTERS—THE FRONT END
  • THE RECTIFIER BRIDGE
  • POWER FACTOR CORRECTION
  • DESIGNING A BCM BOOST PFC
  • WHAT I SHOULD RETAIN FROM CHAP. 6
• 7. SIMULATIONS AND PRACTICAL DESIGNS OF FLYBACK CONVERTERS
  • AN ISOLATED BUCK-BOOST
  • FLYBACK WAVEFORMS, NO PARASITIC ELEMENTS
  • FLYBACK WAVEFORMS WITH PARASITIC ELEMENTS
  • OBSERVING THE DRAIN SIGNAL, NO CLAMPING ACTION
  • CLAMPING THE DRAIN EXCURSION
  • DCM, LOOKING FOR VALLEYS
  • DESIGNING THE CLAMPING NETWORK
  • TWO-SWITCH FLYBACK
  • ACTIVE CLAMP
  • SMALL-SIGNAL RESPONSE OF THE FLYBACK TOPOLOGY
  • PRACTICAL CONSIDERATIONS ABOUT THE FLYBACK
  • STANDBY POWER OF CONVERTERS
  • A 20 W, SINGLE-OUTPUT POWER SUPPLY
  • A 90 W, SINGLE-OUTPUT POWER SUPPLY
  • A 35 W, MULTIOUTPUT POWER SUPPLY
  • COMPONENT CONSTRAINTS FOR THE FLYBACK CONVERTER
  • WHAT I SHOULD RETAIN FROM CHAP. 7
  • READING THE WAVEFORMS TO EXTRACT THE TRANSFORMER PARAMETERS
  • THE STRESS
  • TRANSFORMER DESIGN FOR THE 90 W ADAPTER
• 8. SIMULATIONS AND PRACTICAL DESIGNS OF FORWARD CONVERTERS
  • AN ISOLATED BUCK CONVERTER
  • RESET SOLUTION 1, A THIRD WINDING
  • RESET SOLUTION 2, A TWO-SWITCH CONFIGURATION
  • RESET SOLUTION 3, THE RESONANT DEMAGNETIZATION
  • RESET SOLUTION 4, THE RCD CLAMP
  • RESET SOLUTION 5, THE ACTIVE CLAMP
  • SYNCHRONOUS RECTIFICATION
  • MULTIOUTPUT FORWARD CONVERTERS
  • SMALL-SIGNAL RESPONSE OF THE FORWARD CONVERTER
  • A SINGLE-OUTPUT 12 V, 250 W FORWARD DESIGN EXAMPLE
  • COMPONENT CONSTRAINTS FOR THE FORWARD CONVERTER
  • WHAT I SHOULD RETAIN FROM CHAP. 8
  • HALF-BRIDGE DRIVERS USING THE BOOTSTRAP TECHNIQUE
  • IMPEDANCE REFLECTIONS
  • TRANSFORMER AND INDUCTOR DESIGNS FOR THE 250 W ADAPTER
  • CD-ROM CONTENT
• A. CONCLUSION