电工电子学Electrical and electronic technology-ZH

主讲教师：朱慧

    本门课程通过不同的教学方法和教学手段，使学生掌握电路理论、电机及传动控制、电工测量、安全用电、模拟电子技术、数字电子技术、EDA技术等电工技术领域中的基本理论、基本知识；初步掌握一般电路和电子电路的分析方法；了解常用电子器件的作用和功能；了解电工电子技术领域中的新理论、新技术、新知识。

课程章节

MIT 26 LESSONS

1.1

lumped circuit
1.2

basic methods of electric circuit
1.3

superposition and Thevenin theorem
1.4

digital abstraction
1.5

digital gate construction
1.6

dependent source and amplifier
1.7

capacitor and first-order system
1.8

sinusoidal static state
1.9

impedance model
1.10

energy and power

bilibili videos

4.1

P1 OP-AMP introduction
4.2

P2 OP-AMP configurations
4.3

P3 OP-AMP DC-imperfections
4.4

P4 Op-amp frequency-response
4.5

P5 Op-amp large signal
4.6

P6 Bode plot amplitude
4.7

P7 Bode plot amplitude example
4.8

P8 Bode plot phase
4.9

P9 Bode plot phase example
4.10

P10 BJT-PART1
4.11

P11 BJT PART 2
4.12

P12 BJT small signal configurations
4.13

P25 Feedback intro
4.14

P26 Feedback analysis steps

Simulations

7.1

Simulation 1
7.2

Simulation 2
7.3

Simulation 3
7.4

Simulation 4
7.5

Simulation 5
7.6

Simulation 6
7.7

Simulation 7
7.8

the relationship between voltage and current of diode
7.9

superposition
7.10

AC circuit, improvement of power factor
7.11

RC circuit
7.12

simulation PPT

L3 branch variables

10.1

branch variables

L6 resistor

13.1

resistor

L9 Dependent controlled elements

16.1

Dependent controlled elements
16.2

Simulation 2

L12 serial,parallel connection of resistors

19.1

serial,parallel connection of resistors

L15 equivalent resisitors of two-terminal network

22.1

equivalent resisitors of two- terminal network

L18 operational amplifier

25.1

operational amplifier

L21 application of amplifier

28.1

application of amplifier

L29 Other parameters

31.1

Other parameters

L32 introduction to systematic function formulaitng

34.1

introduction to systematic function formulaitng

L35 superposition theorem

37.1

superposition theorem

L45 Amplifier

40.1

Amplifier

L48 initial values

43.1

initial values

L51 zero input and state response

46.1

zero input and state response

L54 rectifying and chopping

49.1

rectifying and chopping 1
49.2

rectifying and chopping 2
49.3

rectifying and chopping 3

L61 phasor

52.1

phasor 1,2
52.2

phasor 3
52.3

phasor 4
52.4

phasor 5

L64 phasor method for sinusoidal steady state circuits

55.1

phasor method for sinusoidal steady state circuits 1
55.2

phasor method for sinusoidal steady state circuits 2
55.3

phasor method for sinusoidal steady state circuits 3
55.4

phasor method for sinusoidal steady state circuits 4
55.5

Simulation 5

L67 reactive power and apparent power

58.1

reactive power and apparent power 1
58.2

reactive power and apparent power 2
58.3

reactive power and apparent power 3

Acknowledgement

61.1

Acknowledgement

Diodes

2.1

priority method
2.2

half-wave rectifier, video
2.3

full-wave rectifier,video
2.4

Zener diode, video

knowledge point

5.1

function of circuit
5.2

circuit modeling
5.3

reference direction
5.4

Ohm law
5.5

operational,open,short circuits
5.6

KCL,KVL
5.7

KVL example to calculate potential
5.8

equivalent resistors
5.9

source transforamtion
5.10

branch current method
5.11

node voltage method
5.12

superposition
5.13

Thevenin theorem examples
5.14

OPAM，virtual short,virtual open
5.15

inverting amplifier circuit
5.16

non-inverting amplifier circuit
5.17

adder
5.18

subtracter
5.19

3 exercises,3 H.M. exercises of OPAM
5.20

integral and differential operational circuits
5.21

first order RC
5.22

2 exercises of first-order linear circuit
5.23

phasor, complex number
5.24

Phasor Form of Circuit Law
5.25

derivation of jwL,jwC
5.26

R、L、C,AC characteristics
5.27

L exercise
5.28

RLC in series
5.29

RLC typical exercise
5.30

Impedance in series and parallel
5.31

Amperemeter,Voltmeter,difficult ex.
5.32

improvement of power factor
5.33

non-sinusoidal periodical AC signal
5.34

Three-Phase Circuits, the Relation between Line Voltage (Current) and Phase Voltage (Current)
5.35

Calculation of Balanced Three-phase Circuit（Yconnection)
5.36

Calculation of Balanced Three-phase Circuit（△ connection)
5.37

Typical exercises for three-phase circuit
5.38

ideal transformer
5.39

Capicator exercise

maths basic for circuits

8.1

math basics for circuits 1
8.2

math basics for circuits 2
8.3

math basics for circuits 3
8.4

math basics for circuits 4
8.5

math basics for circuits 5
8.6

math basics for circuits 6
8.7

math basics for circuits 7

L4 refernece direction

11.1

refernece direction

L7 Independent sources

14.1

Independent sources
14.2

Simulation 1

L10 KCL, KVL

17.1

KCL, KVL

L13 balanced bridge

20.1

balanced bridge

L16 Equivalent transform for sources

23.1

Equivalent transform for sources

L19 op Amplifier model

26.1

op Amplifier model
26.2

Simulation 3

L22 digital systmen 1 introduction

29.1

digital systmen 1 introduction

L30 equivalent circuits of two-port

32.1

equivalent circuits of two-port

L33 node voltage mehtod

35.1

node voltage mehtod

L36 thevenin,norton theorem

38.1

thevenin,norton theorem

L46 capacitors and inductors

41.1

capacitors and inductors

L49 classical method for first order circuit

44.1

classical method for first order circuit

L52 gate propagation delay

47.1

gate propagation delay
47.2

gate propagation delay in Chinese

L59 sine wave

50.1

sine wave 1
50.2

sine wave 2

L62 phasor form of KCL and KVL

53.1

phasor form of KCL and KVL

L65 instantaneous power

56.1

instantaneous power

L68 Complex power

59.1

Complex power

Feedback

3.1

Feedback concepts,video
3.2

Example,dAf,dA,stability,video
3.3

Function of feedback,ri,ro,video
3.4

Four kinds of negative feedback types,video

L1 Why we learn circuits?

6.1

Why we learn circuits?
6.2

L1 voltage,current, power
6.3

L2 general methods of resistive circuits
6.4

L3 equivalent transform
6.5

L4 operational amplifier
6.6

L5 basic device of digital systems, two port network
6.7

L6 general methods of linear resistive circuits
6.8

L7 circuit theorems
6.9

L8 nonlinear resistor analysis
6.10

L9 first order circuit
6.11

L10 APPLICATION OF DYNAMIC CIRCUITS
6.12

L11 second order RLC
6.13

L12 sinusoid , phasor
6.14

L13 instantaneous power
6.15

L14 resonance
6.16

L15 transformer
6.17

L16 three phase circuit

L2 some basic concepts about circuits

9.1

some basic concepts about circuits

L5 power

12.1

power

L8 port

15.1

port

L11 2b method

18.1

2b method

L14Y-Δ transform

21.1

Y-Δ transform

L17 maximum power transfer

24.1

maximum power transfer

L20 ideal OP amplifier

27.1

ideal OP amplifier

L23 digital system2-number and logic

30.1

digital system2-number and logic

L31 connection of two-ports

33.1

connection of two-ports

L34 loop current method

36.1

loop current method

L37 The application of thevenin

39.1

The application of thevenin

L47 dynamic circuits

42.1

dynamic circuits

L50 three elements method for first-order circuits

45.1

three elements method for first-order circuits
45.2

Simulation 4

L53 three applications of OP amplifier

48.1

differentiator
48.2

pulse generator with Op Amp
48.3

the positive feedback of the Op Amp
48.4

hysteresis comparator
48.5

pulse generator

L60 power system

51.1

power system

L63 phasor relationship of RLC

54.1

phasor relationship of RLC 1
54.2

phasor relationship of RLC 2
54.3

phasor relationship of RLC 3
54.4

phasor relationship of RLC 4
54.5

total

L66 average power

57.1

average power 1
57.2

average power 2
57.3

average power 3

L90 steady state analysis of circuits with periodical excitations

60.1

steady state analysis of circuits with periodical excitations

教学方法

1. 实物教学法

2. 启发式教学法

3. 激发兴趣法

4. EDA技术的应用

5. 突破一点，以点带面

6. 鼓励自学法

教学效果

《电工电子技术》是面向高等工科学校非电类专业开设的一门技术基础课程。目前，电工电子技术应用十分广泛，发展迅速，并且日益渗透到其他学科领域，促进其发展，在我国社会主义现代化建设中具有重要的作用。本门课程通过不同的教学方法和教学手段，使学生掌握电路理论、电机及传动控制、电工测量、安全用电、模拟电子技术、数字电子技术、EDA技术等电工技术领域中的基本理论、基本知识；初步掌握一般电路和电子电路的分析方法；了解常用电子器件的作用和功能；了解电工电子技术领域中的新理论、新技术、新知识。使学生通过本课程的学习，获得电工电子技术必要的基本理论、基本知识和基本技能，了解电工电子技术的应用和我国电工电子技术发展的概况，为今后学习后续课程以及从事与本专业有关的工程技术工作和科学研究工作打下一定的基础。本课程理论严谨，系统性、逻辑性强，对培养学生的辨证思维能力，树立理论联系实际的科学观点和提高学生分析问题、解决问题的能力有着重要的作用，是培养复合型人才的重要组成部分。

参考教材

1. 《电工学（第七版）（上册）学习辅导与习题解答》，姜三勇主编，高等教育出版社

2. 《电工学（第七版）（下册）学习辅导与习题解答》，姜三勇主编，高等教育出版社

3. 《电工学简明教程（第二版）》，秦曾煌主编，高等教育出版社

4. 《电工学简明教程（第二版）学习辅导与习题解答》，秦曾煌主编，高等教育出版社