ISTANBUL MEDIPOL UNIVERSITY
Course Learning Outcomes of ALTERNATING CURRENT CIRCUIT ANALYSIS
Course Code and Title
EHT122823 Alternating Current Circuit Analysis
Hours
Tuesday 08:00-11:00
Department / Programme Electronics Communication Technology
Language of Education
Turkish
Course Type
Compulsory
Lecturer(s)
Lecturer Necla Kurt
Office Hours
Friday 08:00-11:00
Course Objective
The purpose of this lesson is to understand the behaviour characteristics of alternating current (AC), analyze
the circuits under alternating current(AC) and make required calculations.
At the end of this course a student;
1. Be able to understand the operation of the circuits which are used alternating current(AC).
1.1. Knows the behaviour characteristic of alternating current(AC).
1.2. Knows the basic definitions, concepts and elements of alternating current and voltage.
Learning Outcomes and
Subordinate Skills
2. Be able to explain how various circuit elements to behave under alternating current(AC).
2.1. Explains why inductor and capacitor acts different under alternating current(AC).
2.2. Estimates how inductor and capacitor behave under alternating current(AC).
3. Be able to analyze alternating current(AC) circuits.
3.1. Applies alternating current(AC) circuit solution techniques.
3.2. Performs required calculations like current, resistance, voltage, power, energy and so on in alternating
current(AC) circuits.
3.3. Performs RL, RC and RLC calculations in alternating current (AC) circuits .
4. Be able to analyze resonance in alternating current(AC) circuit.
Generic Competences
Be productive, to be self-respecting, creative, questioning, effective language usage, environmental
awareness, compatible with different situations and social roles, work as a team,think critically
Outline
1. The parameters used in alternating current (AC) technology
2. Alternating current (AC) vector notations
3. Resistance, inductor and capacitor in alternating current (AC) circuits
4. Serial alternating current (AC) circuits
5. Parallel alternating current (AC) circuits
6. Problem solving and application
7. Circuit solution in complex numbers
8. Problem solving and application
9. Circuit solution with Thevenin's theorem
10. Circuit solution with Norton's theorem
11. Coupled circuits
12. Problem solving and application
13. Single-phase alternating current(AC) power and energy
14. Three-phase alternating current(AC) power and energy
Instructional Methods and Lectures, team/group work, demonstration, test, drill and practice, the issue/problem solving, brainstorming,
Techniques
project design/management
Course Requirements
Textbook
References Suggested
Sources
The students are obliged to attend classes regularly, to participate in the discussions and prepare assignments
on time.
The course notes will be given to students.
1. Alternatif Akım Devreleri ve Problem Çözümleri – Feyzi Akar, Mustafa Yağımlı – Beta Basım Yayın
2. Temel Mühendislik Devre Analizi – J. D. Irwin, R. M. Nelms- Nobel Yayınları
3. DC- AC Devre Analizi – Hüseyin Demirel - Seçkin Yayınları