Solution_chap_13_Radio_Frequency_and_Microwave_Electronics / RF 및 마이크로웨이브 전자 / 박효달

PART I THE HIGHEST FUNDAMENTALS
CHAPTER 1 FUNDAMENTAL CONCEPTS OF SCIENCE AND ENGINEERING
CHAPTER 2 FUNDAMENTAL CONCEPTS IN ELECTRICAL AND ELECTRONICS ENGINEERING
CHAPTER 3 MATHEMATICAL FOUNDATION FOR UNDERSTANDING CIRCUITS
CHAPTER 4 DC AND LOW-FREQUENCY CIRCUITS CONCEPTS
PART II WAVE PROPAGATION IN NETWORKS
CHAPTER 5 INTRODUCTION TO RADIO FREQUENCY AND MICROWAVE CONCEPTS AND APPLICATIONS
CHAPTER 6 RF ELECTRONICS CONCEPTS
CHAPTER 7 FUNDAMENTAL CONCEPTS IN WAVE PROPAGATION
CHAPTER 8 CIRCUIT REPRESENTATIONS OF TWO-PORT RF/MICROWAVE NETWORKS

PART III PASSIVE CIRCUIT DESIGN
CHAPTER 9 THE SMITH CHART
CHAPTER 10 APPLICATIONS OF THE SMITH CHART
CHAPTER 11 DESIGN OF MATCHING NETWORKS
PART IV BASIC CONSIDERATIONS IN ACTIVE NETWORKS
CHAPTER 12 STABILITY CONSIDERATIONS IN ACTIVE NETWORKS
CHAPTER 13 GAIN CONSIDERATIONS IN AMPLIFIERS
CHAPTER 14 NOISE CONSIDERATIONS IN ACTIVE NETWORKS
PART V ACTIVE NETWORKS: LINEAR AND NONLINEAR DESIGN
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