ELECTRICAL AND ELECTRONIC TECHNOLOGY英文版

This book serves as a comprehensive English textbook for the "Electrical and Electronic Technology" course. It is organized into nine chapters, which are further divided into two principal sections: electrical technology and electronic technology. The primary subjects addressed include circuit analysis meth-ods, transient analysis of circuits, sinusoidal alternating current circuits, diodes and their applications, tran-sistors and their applications, integrated operational amplifiers and their applications, gate circuits and combi-national logic circuits, flip -flops and sequential logic circuits, transformers, and motors, among others. Each chapter is designed with clear learning objectives, illustrative examples, summaries, and exercises to enhance comprehension.

This book can be utilized as a comprehensive English or bilingual textbook for the "Electrical and Elec-tronic Technology" course, specifically designed for undergraduate students majoring in non -electrical disci-plines at higher education institutions. Furthermore, it functions as a valuable reference for engineering and technical professionals in related fields.

Introduction

Chapter 1 Circuit Concepts and Analysis Methods

1.1 Circuits and Circuit Models

1.2 Reference Directions of Current and Voltage

1.3 Passive Circuit Elements

1.4 Active Circuit Elements

1.5 Kirchhoff's Laws

1.6 Branch-current Method

1.7 Node-voltage Method

1.8 Superposition Principle

1.9 Thevenin's Theorem and Norton's Theorem

Summary

Problems

Chapter 2 Transient Analysis of Circuits

2.1 Switching Rule and Determination of Initial Values

2.2 Analysis Methods for the Transient Process of First-order Circuits

2.3 Pulse Response of RC Circuits

Summary

Problems

Chapter 3 Sinusoidal AC Circuits

3.1 Sinusoidal AC Voltage and Current

3.2 Phasor Representation of Sinusoidal Quantities

3.3 Single-element Sinusoidal AC Circuits

3.4 RLC Series AC Circuits

3.5 Series and Parallel Connection of Impedances

3.6 Improvement of Power Factor

3.7 Resonance in Circuits

3.8 Non-sinusoidal Periodic Signal Circuits

3.9 Three-phase Sinusoidal AC Circuits

Summary

Problems

Chapter 4 Diodes and Their Applications

4.1 Fundamental Knowledge of Semiconductors

4.2 Diodes

4.3 DC Regulated Power Supply

Summary

Problems

Chapter 5 Transistors and Their Applications

5.1 Transistors

5.2 Common-emitter Amplifier Circuit

5.3 Emitter Follower

5.4 Multistage Amplifier Circuit

Summary

Problems

Chapter 6 Integrated Operational Amplifiers and Their Applications

6.1 Introduction to Integrated Operational Amplifiers

6.2 Feedback in Integrated Operational Amplifier Circuits

6.3 Linear Applications of Integrated Operational Amplifiers

6.4 Non-linear Applications of Integrated Operational Amplifiers

Summary

Problems

Chapter 7 Gate Circuits and Combinational Logic Circuits

7.1 Basics of Digital Circuits

7.2 Logic Gate Circuits

7.3 Logic Functions and Simplification Methods

7.4 Analysis and Design of Combinational Logic Circuits

7.5 Commonly Used Combinational Logic Circuits

Summary

Problems

Chapter 8 Flip-flops and Sequential Logic Circuits

8.1 Bistable Flip-flops

8.2 Registers

8.3 Counters

Summary

Problems

Chapter 9 Transformers and Motors

9.1 Magnetic Circuits

9.2 Transformers

9.3 Three-phase Asynchronous Motors

Summary

Problems

References