SEMINARS’ CLASSES TASKS

N week	Name of the topic	tasks	Literature
	Basic circuit analysis (KCL, KVL)	Problem set 2-1-2-20	Thomas R. E and Rosa A. J. – The Analysis and Design of Linear Circuits – Prentice Hall, International edition, 1998.
	Basic circuit analysis	Problem set 2-21 -2-40
	Circuit analysis techniques	Problem set 3-1- 3-40
	Waveforms and their characteristics	Problem set 5-1-5-10 6-30-6-45
	Mutual inductance	Problem set 6-46 -6-53
	First- and Second-Order Circuits	Problem set 7-1-7-20
	First- and Second-Order Circuits	Problem set 7-21-7-40
	Phasor	Problem set 8-1-8-20
	Basic circuit analysis with phasors	Problem set 8-21-8-40
	Two-port networks	Problem set 11-1-11-20 Problem set 12-1-12-15
	Analog filter design	Problem set 13-1-13-10
	Laplace transforms	Problem set 10-1-10-10
	Laplace transforms	Problem set 10-11-10-20
	Fourier transforms	Problem set 15-1-15-20
	Fourier transforms	Problem set 15-21-15-35

SSSI TASKS

N week	Name of the topic	tasks	Literature
	Basic circuit analysis (KCL, KVL)	##2-17,2-18,2-20,2-21,2-22	Thomas R. E and Rosa A. J. – The Analysis and Design of Linear Circuits – Prentice Hall, International edition, 1998.
	Basic circuit analysis	##2-27,2-30,2-31,2-35,2-40
	Circuit analysis techniques	##3-3,3-5,3-8,3-14,3-20
	Waveforms and their characteristics	##3-24,3-28,3-29,3-38,3-40
	Mutual inductance	##5-11,5-43, 6-36,6-40,6-45
	First- and Second-Order Circuits	##7-1,7-2,7-11,7-12,7-13,7-14
	First- and Second-Order Circuits	##7-31,7-32,7-33,7-34,7-35
	Phasor	##8-11,8-12,8-14,8-15,8-26
	Basic circuit analysis with phasors	##8-29,ex.8-16,8-17,8-18,8-41
	Two-port networks	##10-1,10-2,10-7,10-15,10-30
	Analog filter design	##15-12,15-13,15-16,15-17
	Laplace transforms	##15-20,15-31,15-32,15-33
	Laplace transforms	##11-1,11-3,11-10,11-12,11-13
	Fourier transforms	##ex.12-1,12-2,12-4,12-5
	Fourier transforms	##13-3,13-5,13-6

SSS tasks

week	Number of tasks	Literature
1-3	Problem set 1-34	Workbook
4-7	Problem set 35-65
8-11	Problem set 66-80
12-15	Problem set 81-90

Knowledge control forms:

Practice, Quizes, Tests and Laboratory works: 20 times in a semester

Midterm Examination: 1 time in a semester

Final Examination: 1 time in a semester, within period of examination session

Academic Policy

SDU standard academic policy is used.

- Cheating, duplication, falsification of data, plagiarism, and crib are not permitted under any circumstances!

- Attendance is mandatory. Attention. Missing 20% attendance to lessons, student will be taken from discipline with filling in F (Fail) grade.

Students must participate fully in every class. While attendance is crucial, merely being in class does not constitute “participation”. Participation means reading the assigned materials, coming to class prepared to ask questions and engage in discussion.

- Written presentations (independent work) must be typewritten or written legibly and be handed in time specified. Late papers are not accepted!

- Students must arrive to class on time.

- Students are to take responsibility for making up any work missed.

- Make up tests in case of absence will not normally be allowed.

- Mobile phones must always be switched off in class.

- Students should always show tolerance, consideration and mutual support towards other students.

When evaluation of students during semester those described below should be necessarily taken into account:

- Actively and productively participation to practical study

- Performance of task

- Performance of individual research project

- Submission all work on time (deadline)

Author Dr. Larissa Kiziyeva

Considered in meeting at Departments of Informatics,

transaction № in «___» __________ 20___ year.

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