"Analog Electronic Technology Fundamentals (Fifth Edition)" is a "Twelfth Five-Year Plan" textbook for general higher education. It summarizes the ten-year teaching practice and resource sharing course construction work of the first *excellent course Tsinghua University "Electronic Technology Foundation" Revised on the basis of the fourth edition. The main content includes: introduction, commonly used semiconductor devices, basic amplifier circuits, integrated operational amplifier circuits, frequency response of amplifier circuits, feedback in amplifier circuits, signal calculation and processing, waveform generation and signal conversion, power amplifier circuits, DC Eleven chapters including reading diagrams of power supplies and analog electronic circuits. The book starts with an introduction and ends with a picture; each chapter starts with the issues discussed in this chapter and ends with a summary; the basic knowledge content is systematic, refined and in-depth. The author tries to make readers understand the circuit from the height of the electronic system, so as to apply what they have learned; from the design point of view, describe some circuits in order to learn scientific thinking methods; clarify the basic circuit from the structural characteristics in order to grasp its essence and "fundamental"; The limitations of the application of specific electronic circuits obtain ideas for reconfiguring circuits so that you can learn to discover, research and solve problems by yourself; examples, thinking questions, self-test questions, and exercises are clearly structured, basic, enlightening, flexible and practical In particular, it adds fault diagnosis and design problems to improve the ability to comprehensively apply basic knowledge and the ability to guide practice. Throughout the Multisim part of each chapter, it basically covers the main application of EDA in analog electronic circuits, which is systematic and exemplary. Discrete component circuits are reduced in the book, integrated circuits are highlighted, and the characteristics and applications of bipolar, unipolar, and hybrid integrated op amps are more prominent; the expanded content and the parts related to the internal circuits of integrated devices are relatively independent, which facilitates the choice. It is suitable to be used as a teaching material for electrical, automation, electronic and other majors in colleges and universities, as well as some non-electrical majors and analog electronic technology related courses. It can also be used as a reference book for engineering and technical personnel.
Chapter 0 Introduction
Questions discussed in this chapter
0.1 Electric signal
0.2 Electronic information system
0.3 Basic course of analog electronic technology
0.4 Introduction to computer-aided analysis and design software of electronic circuits
Chapter 1 Commonly used semiconductor devices
Questions discussed in this chapter
1.1 Basic knowledge of
semiconductors 1.2 Semiconductor diodes
1.3 Transistor
1.4 Field Effect Transistor
1.5 Components in Integrated Circuits
1.6 Multisim Application Examples
This Chapter Summary
Self-test Questions
Exercises
Chapter 2 Basic Amplification Circuits
Questions Discussed in this Chapter
2.1 Amplification Concepts and Main Performance Indicators
of Amplification Circuits 2.2 Basic Common Immission Amplification Circuit It works
analysis amplifier 2.3
2.4 stable quiescent operating point amplifying circuit
2.5 amplifying transistor single-tube three basic circuit connection mesityl
2.6 FET amplifier
derived basic circuit 2.7 amplifying circuit
Multisim application example 2.8
Summary
self-test Questions
Exercises
Chapter 3 Integrated Operational Amplifier Circuits
Questions discussed in this chapter
3.1 General problems of multi-stage amplifier circuits
3.2 Overview of integrated operational amplifier circuits
3.3 Unit circuit in
integrated op amp 3.4 Introduction to integrated op amp circuit
3.5 Performance index and low-frequency equivalent circuit of
integrated op amp 3.6 Types and selection of
integrated op amp 3.7 Use of integrated op amp
3.8 Multisim application example
This chapter summary
Self-test questions
Exercises
Chapter 4 Frequency Response of Amplifier Circuits
Questions discussed in this chapter
4.1 Overview of Frequency Response
4.2 High Frequency Equivalent Model of Transistor
4.3 High Frequency Equivalent Model of Field Effect Transistor
4.4 Frequency Response of Single Tube Amplifier Circuit
4.5 Frequency Response of Multistage Amplifier Circuit
4.6 Frequency Response and Step Response
4.7 Examples of Multisim Application
This Chapter Summary
Self-test Questions
Exercises
Chapter 5 Feedback in Amplifier Circuits
Questions Discussed in this Chapter
5.1 Basic Concepts and Judgment Methods of
Feedback 5.2 Four Basic Configurations of Negative Feedback Amplifier Circuit
5.3 Negative The block diagram and general expression of the
feedback amplifier circuit 5.4 Analysis of the magnification factor of the deep negative feedback amplifier circuit
5.5 The influence of negative feedback on the performance of the amplifier circuit
5.6 The stability of the negative feedback amplifier circuit
5.7 Other forms of feedback in the amplifier circuit
5.8 Multisim application examples
This chapter Summary
Self-test questions
Exercises
Chapter 6 Signal Operation and Processing
Questions discussed in this chapter
6.1 Basic arithmetic circuit
6.2 Analog multiplier and its application in arithmetic circuit
6.3 Active filter circuit
6.4 Amplifying circuit used in preprocessing of electronic information system
6.5 Multisim application example
This chapter summary
self-test
exercises
conversion occurs and the signal waveform in Chapter 7 of the
issues discussed in this chapter
7.1 sinusoidal oscillator circuit
7.2 voltage comparator
7.3 non-sinusoidal wave generating circuit
7.4 by the signal conversion circuit integrated operational amplifier implemented
7.5 Multisim usage
Summary
from Test Questions
Exercises
Chapter 8 Power Amplifier Circuit
Questions discussed in this chapter
8.1 Overview of Power Amplifier Circuit
8.2 Complementary Power Amplifier Circuit
8.3 Safe Operation of
Power Amplifier Circuit 8.4 Integrated Power Amplifier Circuit
8.5 Multisim Application Example-Research on OCL Circuit Output Power and Efficiency
This chapter Summary
Self-test Questions
Exercises
Chapter 9 DC Power Supply
Questions discussed in this chapter
9.1 The composition of DC power supply and the role of each part
9.2 Rectifier
9.3 Filter circuit
9.4 Zener tube voltage stabilizer circuit
9.5 Series voltage stabilizer circuit
9.6 Switch type voltage stabilizer circuit
9.7 Multisim application example-three-terminal voltage regulator W7805 voltage regulation performance research
Chapter summary
Self-test questions
Exercises
Chapter 10 Analog electronics Circuit diagram reading
Problems discussed in this chapter
10.1 Ideas and steps for reading diagrams
10.2 Review of basic circuits and basic analysis methods
10.3 Examples of reading diagrams
Summary of this chapter
Exercises