Content introduction: \"Explaining Analog Electronic Technology with Examples: Complete Learning and Application\" analyzes the knowledge of analog electronic circuits from the shallow to the deep through a variety of application examples. For example, the book introduces the electronic seismometer to lead readers into the hall of electronics, introduces the knowledge of DC power supply through USB chargers and battery protectors, introduces the basic functions of capacitors through electronic stethoscopes, introduces the knowledge of inductors through underground treasure detectors and mobile phone call flash pendants, vividly introduces the knowledge of triodes through headphone amplifiers, and allows readers to understand the bias of triodes through temperature monitors and insect searchers. It explains small signal amplification and power amplification through guitar mute and handheld loudspeakers, introduces the knowledge of field effect tubes through reversing radar, explores the use of integrated circuits through CT diagnosis, introduces the use and design of op amps through op amp dual power supply and optical telephones, and demonstrates the functions and applications of various sensors through human motion detectors, touch screens and other examples. It also displays a wealth of electronic components through electronic wine coolers. Through the study of this book, readers can not only better understand the boring knowledge of analog electronic technology, but also achieve the purpose of learning and applying. The CD-ROM that comes with this book contains more than 440 teaching videos carefully produced by the author, which explain and demonstrate in detail the important knowledge points and experimental operations of the book. Circuit Flying Network provides support for the study of this book and provides detailed information on the C1201 breadboard experiment kit. Table of Contents: Part 1 Basics Chapter 1 Opening the door to electronics - Basic knowledge of circuits Chapter 2 The source of power for circuit operation - power supply Chapter 3 Changes in voltage and current - resistance Chapter 4 Isolation of DC and storage of electric energy - capacitor Chapter 5 Conversion of electricity and magnetism - inductance Chapter 6 Breakthrough series 1 - RLC circuit Chapter 7 Current flowing in one direction - diode Chapter 8 Amplified current - transistor basics Chapter 9 Preparing for amplification - transistor bias circuit Chapter 10 Voltage amplification - transistor small signal amplifier Chapter 11 Current amplification - transistor power amplifier Chapter 12 Controlling current with voltage - field effect transistor Chapter 13 Obtaining high input impedance ——Field Effect Transistor Amplifier Chapter 14 Breakthrough Series 2——Frequency Characteristics of Amplifiers Part 2 In-depth Chapter 15 The Slimming Revolution of Amplifiers——Operational Amplifiers Chapter 16 Realization of Circuit Functions——Basic Op Amp Circuits Chapter 17 Breakthrough Series 3——Negative Feedback and Frequency Characteristics of Op Amp Chapter 18 Selecting Signal Frequency——Active Filters Chapter 19 More Functional Modules——Common Op Amp Circuits Chapter 20 Breakthrough Series 4——Impedance Matching Chapter 21 Perceiving the World——Sensors Chapter 22 Using Positive Feedback——Oscillators Chapter 23 The Rich World of Electronics——More Components Chapter 24 Breakthrough Series 5——DC Regulated Power Supply Appendix A Circuit Flying C1201 Breadboard Experiment Kit Quick Start Appendix B How to use PC signal source and PC oscilloscope Appendix C Transistor 2N3904 Device Manual Appendix D Common Transistor Parameter Table Appendix E JFET 2N5457 Device Manual Appendix F E-MOSFET 2N7008 Device Manual Appendix G Thevenin Theorem Appendix H Mainstream Electronic Component Manufacturers\' Websites Appendix I Op Amp LM741 Technical Manual Appendix J Filter Design Parameters Appendix K Standard EIA Resistor Table Appendix L Filter Design Tips Appendix M Proteus Parameter Scanning Operation Guide Appendix N Pressure (Strength) Unit Conversion Table Appendix O 555 Integrated Circuit Example Appendix P Buzzer Appendix Q Common Components Circuit Symbol Table
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