SULEYMAN DEMIREL UNIVERSITY

Computer Engineering Faculty

Chair Informatics

Syllabus

Discipline: EE 204 Circuit Technologies

Number of credits: 3 credits (2/0/2)

Term: Spring 2013

Instructor’s full name: Karl Lebkuchner

Information on the instructor	Time and place		Contact information
	Room	Office hours (TSIS)	Tel.:	e-mail
Karl Lebkuchner			-	[e-mail]

Pre-requisites

Discrete Maths, Physic, Basic Circuit Theory

Course goals and objectives

EE 204 is designed to educate students about the analog and digital circuits. Its purpose is to present, as clearly and completely as possible, the principles of the circuits design and construction, amplification, analog-to-digital and digital-to analog conversion.

Literature

Required

1. Boylstad,R.&Nashelsky,L. – Electronic devices and circuit theory,7^thEd-.Prentice-Hall, International edition 2007.

2. Kleitz W. - Digital_electronics_A Practical Approach-.4th Ed. Prentice-Hall,1996

3. M. Morris Mano, Michael D. Ciletti. - Digital Design (4th Ed.) - Prentice-Hall of India, 2008

Supplementary

1. Morris ManoDigital Logic and Computer Design- Prentice-Hall of India. 2005

2. R.T.HOWE&S.C.SODINI. - Microelectronics_An Integrated Approach-Prentice-Hall,1997

3. N.P.COOK. - Introductory Digital Electronics- Prentice-Hall,1998

4. Kiziyeva L. Digital Design. Test questions. – Almaty, 2002.

5. Kiziyeva L. Digital Design. Test questions with solutions. – Алматы, 2006.

6. Ertugrul M, Kiziyeva L., Suliyev R. Circuit Technologies. Laboratory works. – Алматы, 2011.

Course Structure:

Total: 15 weeks - Jan 21, 2013 – May 2013

Lectures – 2 h/wk Lab session –2 h/wk

Grading criteria

Types of tasks	Scores
Attendance and participation	-
Laboratory works	20
Quizzes	25
SSS: homework	-
SSSI: practices	15
Mid-term exam	20
Final exam	20
Total	100

The form the schedule of performance and delivery of works

№

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

*

*

*

*

*

*

*

*

*

*

25

4

SSS: homework

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

-

5

SSSI: practice

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

15

6

Mid-term exam

*

20

7

Final exam

*

20

Total

100

week

Name of the topic and content

Literature

1

Topic 1. Semiconductor devices Semiconductor diode, bipolar transistors P-n-junction, semiconductor diode and its principle of operation Bipolar transistor principle of operation and its configuration TTL typical circuits 4. ECL typical circuits

[1] Ch.1, pp.1- 210, [2] Ch. 9, 270- 285, 290-291 Problem set [1] Ch.2, pp. 103-106, Ch.3, pp. 141-143, Ch.4, pp. 202-203

2

Topic 1. Semiconductor devices Field –effect transistors (FETs) Field-effect transistor’s principle of operation Depletion and enhancement modes MOS circuits 4. CMOS circuits

[1] pp.211- 332, [2] Ch. 9, 285- 290 Problem set [1] Ch.5 pp. 249-250, Ch. 6 pp. 297- 299

3

Topic 2. Combinational and sequential circuits Numerical systems Numerical systems Conversions between the numerical systems Complements Binary codes 5. Binary logic

[3] Ch.1, pp 1-30, ch.2, pp 55-60 Problem set [3] Ch. 1 pp. 32-33

4

Topic 2. Combinational and sequential circuits Boolean algebra and Boolean functions Postulates and theorems of Boolean algebra Boolean functions Boolean functions’ representations The map method Simplification with don’t care conditions 6. Tabulation method

[3] Ch.2, pp 36-54, Ch.3, pp 70-88 Problem set [3] Ch. 2 pp. 66-68, Ch.3 pp.116-117

5

Topic 2. Combinational and sequential circuits Combinational logic: SSI circuits 1. Design procedure 2. Adders and subtractors 3. Code convertors 4. NAND (NOR) multilevel circuits

[3]. Ch.3, pp. 89-96, Ch.4, pp. 122-133 Problem set [3] Ch. 3 pp. 118, Ch.4 pp.175-177

6

Topic 2. Combinational and sequential circuits Combinational logic: MSI circuits 1. Binary adder 2. BCD adder 3. Magnitude comparator 4. Decoder and encoder 5. Multiplexers and demultiplexers

[3] Ch.4, pp.133-158 Problem set [3] Ch.4 pp.177-179

7

MIDTERM EXAM

Problem set [3] Ch.5 pp.235- 236

8

Topic 2. Combinational and sequential circuits Sequential logic. 1. Flip-flops 2. Triggering of flip-flops 3. Analysis of sequential circuits 4. State reduction

[3] Ch.5, pp.182-200 Problem set [3] Ch.4 pp.177-179

9

Topic 2. Combinational and sequential circuits Sequential circuits 1. Analysis with D-flip-flops 2. Analysis with JK-flip-flops 3. Analysis with T-flip-flops 4. Mealy and Moore models

[3] Ch.5, pp.200- 225 Problem set [3] Ch.5 pp.236- 238

10

Topic 2. Combinational and sequential circuits Sequential circuits 1. Design procedure 2. Design of counters 3. Design of registers

[3] Ch.5, pp. 225 -234, Ch.6, pp.242-269 Problem set [3] Ch.6 pp.277- 279

11

Topic 3. Memory devices Classification of memory devices RAM Types of memory devices ROM PLA PAL 7. VLSI PLD

[3]. pp. 284-328 Problem set [3], Сh. 7, pp. 329- 332

12

Topic 4. Operational Amplifiers (OA) 1. OA basics 2. Types of OA 3. Instrumentation Amplifier

[1]. Ch.14,15 pp.609-673 [2]. Ch.15, pp. 529-530 Problem set [1], Сh.14, pp. 643-646, Ch.15, pp. 673-675 [2]. Ch.15, pp. 529-530

13

Topic 5. Analog-to-Digital and Digital-to-Analog Converters. Parallel-Encoded ADC Counter-Ramp ADC Successive-Approximation ADC Binary-Weighted DAC 5. R/2R Ladder DAC

[1].Ch.17,pp. 721-731 [2]. Ch.15, pp.530-547 Problem set [1].Ch.17,pp. 748-750

14

Topic 6. Power supply sources. Half-wave rectifier Full-wave rectifier Center-tapped transformer Practical power supply circuit 5. Voltage regulators

[1]pp. 69-75, 783-800,[2]pp. 376-377 Problem set [1]Ch.2, pp. 106 - 109

15

Topic 7. Optoelectronics 1. Light absorption and emission 2. Photo diodes 3. Photoconductive cells and solar sells 4. IR Emitters (LEDs) 5. Phototransistors 6. Opto-isolators

[1]. Ch. 20, pp. 824-839, Ch. 21, pp. 871-875 Problem set [1]Ch.20, pp. 840-841, Ch.21, p. 882