The author of \"Essence of Analog Integrated Circuit Design\" first analyzes and compares the two device models of MOST and BJT, and then introduces the corresponding basic unit circuits and detailed analysis of various amplifiers based on these two clues. The subsequent chapters study noise, distortion, filters, ADC/DAC and oscillator circuits respectively. Each chapter combines the two types of circuits of MOST and BJT for analysis and comparison. On the one hand, this book focuses on basic knowledge and describes many important concepts in analog and mixed-signal integrated circuits in intuitive and vivid language. On the other hand, it focuses on introducing the latest research directions and hot spots of circuits related to modern integrated circuit technology. Chapter 1 Comparison of MOST and Bipolar Transistors MOS tubes are metal (metal)-oxide (oxid)-semiconductor (semiconductor) field effect transistors, or metal-insulator (insulator)-semiconductor. The source and drain of MOS tubes can be swapped. They are both N-type regions formed in P-type backgate. In most cases, these two regions are the same, and even if the two ends are swapped, it will not affect the performance of the device. Such devices are considered symmetrical. Chapter 2 Amplifiers, Source Followers, and Cascode Amplifiers Op amp is the abbreviation of operational amplifier. In actual circuits, it is usually combined with a feedback network to form a functional module. Since it was used in analog computers in the early days to perform mathematical operations, it was named \"operational amplifier\", and this name has continued to this day. The operational amplifier is a circuit unit named from a functional perspective. It can be implemented by discrete devices or in semiconductor chips. With the development of semiconductor technology, most operational amplifiers now exist in the form of a single chip. Today, there are many types of operational amplifiers, which are widely used in almost all industries. Chapter 3 Differential Voltage and Current Amplifiers Chapter 4 Noise Performance of Basic Transistor Stages Chapter 5 Stability of Operational Amplifiers Chapter 6 Systematic Design of Operational Amplifiers Chapter 7 Important Operational Amplifier Structures Chapter 8 Fully Differential Amplifiers Chapter 9 Design of Multistage Operational Amplifiers Chapter 10 Current-Input Operational Amplifiers Chapter 11 Rail-to-Rail Input and Output Amplifiers Chapter 12 Class AB Amplifiers and Driver Amplifiers Chapter 13 Feedback: Voltage Amplifiers and Transconductance Amplifiers Chapter 14 Feedback: Transimpedance Amplifiers and Current Amplifiers Chapter 15 Random and Systematic Offsets and CMRR Chapter 16 Bandgap and Current Reference Circuits Chapter 17 Switched Capacitor Filters Chapter 18 Distortion in Basic Transistor Circuits Chapter 19 Timing Filters Chapter 20 Principles of CMOS ADCs and DACs Chapter 21 Low-Power ∑-AAD Converters Chapter 22 Crystal Oscillator Design Chapter 23 Low-Noise Amplifiers Chapter 24 Coupling Effects in Analog-to-Digital Mixed Circuits Subject Index
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