Syllabus

Information on the instructor

Time and place

Contact information

Room

Office hours (TSIS)

Tel.:

e-mail

Larissa A. Kiziyeva

304

Monday, Tuesday 15-30- 17-30

-

kiziyevalarissa@mail.ru

Tosik Cemil

302

Tuesday, Fraday 15-30- 17-30

-

cemilto@yahoo.com

Types of tasks

Scores

Attendance and participation

-

Laboratory works

20

Quizzes

20

SSS: homework

5

SSSI: practices

10

Mid-term exam

15

Final exam

30

Total

100

№

Type of evaluation

Week

Total

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16-17

1

Attendance and participation

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

-

2

Laboratory works

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

20

3

Quizzes

*

*

*

*

*

*

*

20

4

SSS: homework

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

5

5

SSSI: practice

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

10

6

Mid-term exam

*

15

7

Final exam

*

30

Total

100

week

Name of the topic and content

Literature

1

Introduction

• Circuit variables

• Kirchhoff’s laws

• Equivalent circuits

• Resistors in series, in parallel, in star, in delta

• Equivalent sourses

• Voltage and current division

Circuit reduction

[1]. Ch.1, pp.3-15, Ch.2, pp. 21-67

2

Circuit analysis techniques

• Node-voltage analysis

• Mesh-current analysis

Linearity properties (unit output method)

[1]. Ch.3, pp.84-114

3

Thevenin and Norton circuits

• Superposition principle

• Thevenin equivalent circuit

Norton equivalent circuit

[3].Ch.3, pp. 114-147

4

Waveforms and their characteristics. Capacitance and inductance

• Types of waveforms

• Step waveform

• Exponential waveform

• Sinusoidal waveform

• Capacitance

Inductance

[1]. Ch.5, pp. 255-296, Ch.6, pp. 305- 332

5

Mutual inductance

• I-v-characterisyics

• Mutual inductance

Application of mutual inductance

[1]. Ch.6, pp. 332-345.

6

First-order circuits

• RC and RL circuits

• Zero-input response of first-order circuits

• First-order circuit step response

First-order circuit sinusoidal response

[1]. Ch.7, pp. 357-391

7

Second-order circuits

• Series RLC circuit

• Zero-input response of the series RLC circuit

• Parallel RLC circuit

Second-order circuit step response

[1]. Ch.7, pp. 391-420.

8

Phasors

• Sinusoids and phasors

• Phasor circuit analysis

• The impedance concept

Equivalence with phasors

[1]. Ch.8, pp. 433-460.

9

Basic and General circuit analysis with phasors

• Proportionality

• Superposition

• Thevenin and Norton equivalent circuits

• Power

Maximum power transfer

[1]. Ch.8, pp. 460-498.

10

Tow-port circuits

• Network analysis

• The equivalent circuit of the Z-parameter model

• The equivalent circuit of theY-parameter model

• The equivalent circuit of the h-parameter model

[3].Ch.18, pp. 730-751

11

Analog filter design

• The effects of frequency and the model

• The three frequency ranges of operation

• The mid-frequency range

• The low frequency range

• The high frequency range

Filter prototypes

[3]. Ch.15, pp. 606-645.

12

Laplace transforms

• Basic Laplace transform properties

• Transformed circuits

Impedance and admittance

[1].Ch.9,pp. 518-528,Ch.10,pp. 569-584.

13

Laplace transforms circuit analysis

• Basic circuit analysis in the s-domain

• Circuit theorems in the s-domain

• Node-voltage analysis in the s-domain

• Mesh-current analysis in the s-domain

[1].Ch.10,pp. 584-619

14

Fourier series

• Basic Fourier series

Alternative form of the Fourier series

[1].Ch.15, pp. 881-893.

15

Fourier transforms application

• Waveform symmetries

• Rms value and average power

Calculation of signals applying Fourier series

[1]. Ch.15, pp. 893-910