Principles of Automatic Control
Course
Credits
School
Pre-requisite
Principles of
Lecturer
Automatic Control
4.5
72
Hours
School of
Course type
Automation
Higher Mathematics, Linear Algebra,
Complex Analysis and Integral Transformation
Yingle Fan
Xiaodong Zhao
Code
Compulsory
Course description
Principles of automatic control is an important specialized and
fundamental curriculum of electrical engineering and automation,
automation techniques, mechanical-electrical techniques and other
majors. Through the study of this curriculum, students can grasp
basic theory of analysis and design of simple control system and
lay a solid foundation for the further study of following
professional courses.
Syllabus
1. Introduction;
2. Mathematical model of the linear
system;
3. Time-domain analysis of linear systems;
4. Root-locus
method;
5. Frequency-response method;
6. Correction of linear
system;
7. Analysis of digital control system; 8. Analysis of nonlinear
system
Assessment
Text book
Attendance (10%)
Weekly assignments (30%)
Final exam(60%)
<Principles of Automatic Control>(Second Edition), An-ke Xue,
Dong-liang Peng, Xue-ting Chen, Xi-an Dianzi University
Publishing House, 2007.
Recommended
reading list
< Principles of Automatic Control >(Fifth Edition), Shou-song Hu,
Science Press, 2007.
Principles of Microcomputer and Interface Technique
Course
Credits
School
Pre-requisite
Principles of
Microcomputer
Farong Gao
Lecturer
and Interface
Qingshan She
Technique
4
64
Hours
Code
School of
Compulsory
Course type
Automation
Fundamentals of Computer Application,
Analog Electronic Technology, Pulse and Digital Circuits
Course
description
Principle of microcomputer and interface technique is an important
specialized and fundamental curriculum for the majors of automation,
electrical engineering and automation, and electronic information
technology and instruments. From the curriculum, students can master
the fundamental constitutes and working principles of the
microcomputer, get familiar with the assembly language programming
methods as well as the principles and applications of the common
interface technology. Thus students can lay a solid foundation for the
subsequent soft and hardware courses.
Syllabus
1. Introduction to microcomputer; 2. 8086/8088 CPU architecture;
3. Instruction set;
4. Assembly language programming;
5. Memory;
6. I/O interfaces and bus;
7. Interrupt system;
8. Counter/Timer;
9. Parallel I/O interface;
10. A/D、D/A conversion;
11. Serial communication
Assessment
Attendance (10%)
Weekly assignments (30%)
Final exam(60%)
Text book
< Principles of Microcomputer and Interface Technique>(Fourth
Edition), Heqin Zhou, Xiuqing Wu, University of Science and
Technology of China Press, 2008.
Recommended
reading list
<The Intel Microprocessors Architecture,Programming,and
Interfacing >( Sixth Edition), B. B. Barry, Publishing House of
Electronics Industry, 2004.
Power System Automation
Course
Credits
School
Pre-requisite
Course
description
Syllabus
Assessment
Text book
Recommended
reading list
Power System
Huimin Gao
Lecturer
Automation
Hongfei Xiao
3
48
Hours
Code
School of
Compulsory
Course type
Automation
Higher Mathematics, Circuits，Power System Analysis
Power system automation is a main course of Power System and
Automation major. Basic problems of power system automation
are required to be understood preliminarily through the course.
Some fundamental principles and methods are required to master,
such as excitation control system of synchronous generator,
adjustment of power system frequency, voltage and reactive power
control, grid dispatching automation, distribution management
system, and so on.
1. Automatic parallel of synchronous generator;
2. Excitation control system of synchronous generator;
3. Adjustment of power system frequency and active power;
4. Adjustment of voltage and reactive power control;
5. Power system dispatching Automation;
6.Distribution management system;
7. Substation Automation
Attendance (10%)
Weekly assignments (30%)
Final exam(60%)
< Power System Automation >( Second Edition), Ying Sun, Kui
Wang, China Electric Power Press, 2007.
< Principle of automatic devices of power system >( Forth
Edition), Guan-cheng Yang, China Electric Power Press, 2007.
Computer Network and Communication
Course
Credits
School
Pre-requisite
Course description
Syllabus
Assessment
Text book
Recommended
reading list
Computer Network
Yunyuan Gao
Lecturer
and Communication
Wujia Yu
3
48
Hours
Code
School of
Compulsory
Course type
Automation
Higher Mathematics, College Physics, Circuits
Computer Network and Communication is an important specialized and
fundamental curriculum of automation, electrical engineering and
automation, computer, communication and other majors. The basic
concept and working principle involved in computer network techniques
and engineering are introduced systematically in the course. The course
cultivates the theoretical foundation of further study of network
infrastructure construction, integrated wiring technology and
engineering, network technology and engineering and network
application.
Principle and realization technology of data communication;
Network system structure;
Principles of LAN, WAN;
Network interconnection principle;
TCP/IP protocol;
Network management;
Network security
Attendance (10%)
Weekly assignments (30%)
Final exam(60%)
<Computer network> (fifth edition), Xi-ren Xie, Electronic Industry
Press, 2008.
1.<Computer network and internet>, Douglas E. Comer, Sheng
Lin(Translation), Mechanical Industry Press, 2005.
2.<Computer network and data communication>, Yan-chen Xing, Posts
& Telecom Press, 2008.
Power system analysis
Course
Credits
School
Pre-requisite
Course
description
Syllabus
Assessment
Text book
Recommended
reading list
Power system
Ping Luo
Lecturer
analysis
Lingwei Zheng
3
48
Hours
Code
School of
Compulsory
Course type
Automation
Circuits, Electric machinery, Engineering Electromagnetic Fields
Power system analysis is an important specialized and fundamental
curriculum of electrical engineering and automation. Students can have
a comprehensive and profound understanding of the composition and
operation of the power system, and master the analysis and calculation
methods for steady state operation, electromagnetic and
electromechanical transient process of the power system by learning.
Through the study of this curriculum, they lay a solid foundation for the
further study of following professional courses.
1. Power system introduction;
2. Mathematical model of electric power system components;
3. Steady state analysis of power system;
4. Fault analysis of power system;
5. Power system stability
Attendance (10%)
Weekly assignments (30%)
Final exam(60%)
< Power system analysis > (Fifth Edition), Zhen-xiang Han, Zhe jiang
University Press, 2011.
< Power system analysis > (Third Edition), Yong-yuan Yu, Qi-wen
Yang, China Electric Power Press, 2007.
Engineering Electromagnetics
Course
Credits
School
Pre-requisite
Course description
Syllabus
Assessment
Text book
Recommended
reading list
Engineering
Ping Luo
Lecturer
Electromagnetics
2
32
Hours
Code
School of
Compulsory
Course type
Automation
Higher Mathematics, linear algebra, complex function and mathematic
equation, College Physics, Circuits
Engineering Electromagnetics is an important specialized and
fundamental curriculum of electrical engineering and automation. Based
on the electromagnetics in common physics, the curriculum aims to
make students understand and master the basic natures and regularities
furthermore, to develop the students' preliminary ability to use the idea
of the field to analyze and judge the electromagnetic phenomena and
process in electrical engineering, to make students get the quantitative
calculation ability to some simple electromagnetic problems by use of
the principle and method in electromagnetic. Though the study of this
curriculum, students lay a solid foundation for the further study of
following professional courses.
1. Introduction;
2.Vector analysis and the basics of field theory;
3. Basic principles of electrostatic field;
4. Basic principles of constant electric field;
5. Basic principles of constant magnetic field synchronous machine;
6. Time - dependent electromagnetic fields;
7. Image method
Attendance (10%)
Weekly assignments (30%)
Final exam(60%)
< Engineering Electromagnetics >, Ze-zhong Wang, Yu-sheng Jin,
Bin-xian Lu, Tsinghua University Press, 2004.
< Principles of Engineering Electromagnetics >, Guang-zheng Ni,
Higher education Press, 2002.
Basis of electrical machinery and driving
Course
Credits
School
Pre-requisite
Course description
Syllabus
Assessment
Text book
Recommended
reading list
Basis of electrical
Jiajun Wang
machinery and
Lecturer
Weijie Lin
driving
4
64
Hours
Code
School of
Compulsory
Course type
Automation
Fundamentals of Computer Application, Analog Electronic Technology,
Pulse and Digital Circuits
Basis of electrical machinery and driving is an important specialized and
fundamental curriculum of electrical engineering, automation techniques,
and mechanical-electrical techniques and other majors. The curriculum
agrees with the cultivation of the talents in electrics and information
techniques. It can enhance the comprehensive ability and quality of
undergraduates in electrical engineering and automation. This curriculum
focuses on the basic principals and basic analytical method. The most
advanced techniques at present is demonstrated in the curriculum.
Though the study of this curriculum, students lay a solid foundation for
the further study of following professional courses.
1. Introduction of the electrical machinery;
2. Direct-current electrical machinery;
3.Transformer;
4. Asynchronous machine;
5. Synchronous machine;
6. Selection of the electrical machinery;
7. Micro-control electrical machinery
Attendance (10%)
Weekly assignments (30%)
Final exam(60%)
1. < Basis of electrical machinery and driving >( Third Edition), Fa-hai
Li, Yan Wang, Tsinghua University Press, 2000.
2. < Basis of electrical machinery and driving >( Third Edition),
Sheng-gu Gu, Mechanical Industrial Press, 1994.
<Electrical machinery>(Sixth Edition), A.E. Fitzgerald, et al., Tsinghua
University Press, 2003.
Power Electronic Technology
Course
Credits
School
Pre-requisite
Course
description
Syllabus
Assessment
Text book
Recommended
reading list
Power Electronic
Xiaogao Xie
Lecturer
Technology
Qiang lv
3
48
Hours
Code
School of
Course type
Compulsory
Automation
Principles of Circuit, Analog Electronic Technology,
Pulse and Digital Circuit, Fundamentals of Electrical Machinery and
Drive, Principles of Automatic Control, MCU Applications
1. Students can understand functions of power electronic technology in
automatic control system and electric energy conversion;
2. Students can master common power electronic devices and its trend;
3. Students can master basic theory and analyzing approaches of
converting technologies such as AD/DC, AC/AC, DC/DC, DC/AC,
etc
4. Students can master common analysis, design and experimental
abilities of power electronic application system.
1. Introduction
2. Power electronic devices and drives
3. AC/DC-Controllable rectify circuit
4. DC/DC-Direct-current chopping circuit
5. AC/AC-Alternating-current power control circuit and AC-AC
variable frequency circuit
6. DC/AC-Inverting circuit and SPWM technology
7. Soft-switch technology and PWM rectify circuit
8. Trend of power electronic technology development
Attendance (10%)
Weekly assignments (30%)
Final exam(60%)
<Power Electric Technology> (Fifth Edition). Zhao-an Wang, Jin-jun
Liu, China Machine Press, 2009.
<Power Converter Circuit>, Jing Shen, Zheng-nan Zhang, China
Machine Press, 2008.