Course Title : Logical circuits
Code		Course Type	Regular Semester	Lecture (hours/week)	Seminar (hours/week)	Lab (hours/week)	Credits	ECTS
CMP 212-1		A	-1	2	0	2	3.00	6
Lecturer and Office Hours
Teaching Assistant and Office Hours
Language
Course Level
Description		Basic knowledge of logical circuits and their functionality. Numerical systems including binary, octal and hexadecimal systems, Weight codes. Analyze and build the logical circuit for encoders, decoders, multiplexer, and demultiplexer. Introduction to Boolean algebra and how this theory is used for simplifying logical functions. Concept of combinational circuits, bistable, sequential circuits
Objectives		This course aims to provide knowledge on digital systems and their uses. During this course the student is given knowledge about the different ways in which information can be digitized, processed and obtained. The course begins with a complete analysis of numerical systems and their representation in binary form, to continue with the introduction of Boolean algebra, logic gates and their analysis. We introduce the combinational circuits, design and operation, sequential circuits their function and usage.
Course Outline
Week	Topics
1	Numerical systems. Decimal - binary transformation and vice versa.
2	Octal and hexadecimal system. Binary-octal transformations, binary-hexadecimal transformation and vice versa
3	Arithmetic operations with binary numbers
4	Codes
5	Boolean algebra
6	Logic Circuits. Introduction to combinational circuits
7	Mid-term
8	Combinatorial circuits: Logical gates and their use and the truth tables. Application of logic gates in the design of Combinatorial circuits
9	Encoders and Decoders and their applications. Code converters
10	Multiplexer and its application
11	Introduction to sequential circuits
12	Flip-flops and their design. SR Flip-flop, JK and D flip-flop . Truth tables
13	Registers: Design and their applications
14	Registers: Design and their applications
15	Sequential synchronous circuits, their analysis.
16	Final Exam
Prerequisites
Textbook
Other References
Laboratory Work
Computer Usage
Other
Learning Outcomes and Competences
1	The student will demonstrate an understanding theory, logic, switching circuits, and Boolean algebra
2	The student will demonstrate an understanding of graph theory
3	The student will demonstrate an understanding of combinational circuits
4	The student will demonstrate an understanding of Sequential circuits
Course Evaluation Methods
In-term studies						Quantity	Percentage
Midterms						1	20
Quizzes						0	0
Projects						1	10
Term Projects						0	0
Laboratory						0	0
Attendance						1	10
Contribution of in-term studies to overall grade							40
Contribution of final examination to overall grade							60
Total							100
ECTS (Allocated Based on Student) Workload
Activities					Quantity	Duration (hours)	Total Workload (hours)
Course Duration (Including the exam week : 16 x Total course hours)					16	4	64
Hours for off-the-classroom study (Pre-study, practice)					14	4	56
Assignments					1	0	0
Midterms					1	8	8
Final examination					1	10	10
Other					1	10	10
Total Work Load							148
Total Work Load / 25 (hours)							5.92
ECTS							6

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