Through this course, Students will acquire the basic theories, basic concepts and basic analysis methods necessary in the field of electrical technology. They will also gain the general knowledge of electricity usage and are expected to master the working principles and usage methods of commonly used circuits and electrical equipment.
The aim of the course is to lay the necessary foundation of electrical technology for studying follow-up courses and engaging in the engineering technology related to electrical technology. Students can solve simple electrical problems encountered in their own field of study and have the ability to communicate with experts in the field of electrical engineering.
1. A brief understanding of the development of electrical technology and the role of electrical technology in the progress of human civilization and development trends.
2. Master the basic theory, basic concepts and basic analysis methods of electrical technology and lay a preliminary theoretical foundation of electrical science.
3. Master the working principle of common electrical components & equipment. Understand the operating characteristics of electrical equipment and related systems. Improve the ability to analyze and solve practical problems;
4. Master the design method of simple electrical system. Have the ability to design simple electric drive control system.
5. Raise the awareness of electricity safety and understand common electrical connection methods.
6. Develop students' ability of simple academic exchange with experts in the field of electrical and electronic engineering.
Chapter One DC Circuit
1.1 Function and components
1.2 Basic quantities
1.3 Circuit conditions
1.4 Reference point and reference direction
1.5 Ideal circuit elements
1.6 Practical sources
1.7 Kirchhoff’s Law
1.8 Branch Current Analysis
1.9 Superposition theorem
1.10 Equivalent Source Theorem
Assignments for Chapter One
Test for Chapter One
Assignments for Chapter One-2
Chapter Two Transient analysis
2.1 Basic concept
2.2 Switching law
2.3 Three-element method for first order circuit / 2.3.1 Basic concept
2.3.2 Initial value
2.3.3 Steady state value /2.3.4 Time constant
2.4 Transient Analysis for RC Circuit / 2.5Transient Analysis for RL Circuit
Assignments for Chapter Two
Test for Chapter Two
Chapter Three AC Circuits
3.1 Introduction to AC
3.2 Phasor representation/3.2.1 Phasor representation of sine wave
3.2.2 Phasor representation of sinusoidal AC
3.3 Single parameter AC circuit
3.4 Series AC circuit/3.4.1 Series RLC circuits
3.4.2 Series impedance circuit
3.5 Parallel AC circuits
3.6 Power in AC circuits
3.7 Power Factor
Test for Chapter Three
Assignments for Chapter Three
Assignments for Chapter Three-2
Chapter Four Three-phase circuits
4.1 Three-phase power supply
4.2 Three-phase load
4.3 Three-Phase Power
Teat for Chapter Four
Assignments for Chapter Four
Chapter Five Transformer
5.1 Magnetic circuit-5.1.1 Basic quantities
5.1.2 Magnetic properties
5.1.3 Ohm's law for magnetic circuit
5.2 Electromagnet-5.2.1 Introduction
5.2.2 DC electromagnet
5.2.3 AC electromagnet
5.3 Working Principle
5.3.1 Voltage transformation
5.3.2 Current transformation
5.3.3 Impedance transformation
5.3.4 Power transfer
5.4 Basic Structure of Transformers
Assignments for Chapter Five
Test for Chapter Five
Chapter Six Electric Motor
6.1 Introduction
6.2 Operating Principle-6.2.1Rotating magnetic field
6.2.2 Operating Principle
6.2.3 Power transfer
6.3 Nameplate
6.4 Mechanical characteristics
6.5 Starting method
6.6 Speed control method
Test for Chapter Six
Assignments for Chapter Six
Chapter 7 Electrical Automatic Control
7.1 Manual control
7.2 Automatic start-stop control-7.2.1-7.2.2-7.2.3
7.2.4 Control circuit
7.3 Forward-reverse control
7.4 Sequence control
7.5 Limit Control
7.6 Time Control
Fundamentals of Engineering Mathematics Analysis, College Physics.
（1）Tang Jie, Liu Yunhong, Sheng Xianjun, Wang Ning. Electrotechnics Learning Guidance and Problem Solution (Fourth Edition). Higher Education Press, 2014.7.
（2）Allan R. Hambley. Electrical Engineering, Principles and Applications (Forth Edition, Chinese version). Publishing House of Electronics Industry . 2014.9.
（3）Allan R. Hambley. Electrical Engineering, Principles and Applications (Fifth edition, English version) . Publishing House of Electronics Industry. 2012.10.
Professor
教授
由高教社联手网易推出，让每一个有提升愿望的用户能够学到中国知名高校的课程，并获得认证。
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