Transcription of CHAPTER 9: POWER MANAGEMENT
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CHAPTER 9: POWER MANAGEMENT
POWER MANAGEMENT CHAPTER 9: POWER MANAGEMENT INTRODUCTION SECTION : LINEAR VOLTAGE REGULATORS LINEAR REGULATOR BASICS PASS DEVICES AND THEIR ASSOCIATED TRADE-OFFS LOW DROPOUT REGULATOR ARCHITECTURES THE anyCAP LOW DROPOUT REGULATOR FAMILY DESIGN FEATURES RELATED TO DC PERFORMANCE DESIGN FEATURES RELATED TO AC PERFORMANCE THE anyCAP POLE-SPLITTING TOPOLOGY LDO REGULATOR THERMAL CONSIDERATIONS REGULATOR CONTROLLER DIFFERENCES A BASIC 5 V/1 A LDO REGULATOR CONTROLLER SELECTING THE PASS DEVICE THERMAL DESIGN SENSING RESISTORS FOR LDO CONTROLLERS PCB LAYOUT ISSUES REFERENCES SECTION.
Power management broadly refers to the generation and control of regulated voltages required to operate an electronic system. It encompasses much more than just power supply design. Today's systems require power supply design be integrated with the system design in order to maintain high efficiency. In addition, distributed power supply
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