Power ELECTRONICS AND ELECTRICAL TRANSMISSIONSyllabus

Subject code

İF-2163y

Credits

6

Student workload

180

Semester

Autumn semester

Academic year

—

Subject type

Mandatory

Form of education

Full-time

Language of instruction

Azerbaijani

In-class hours

mühazirə - 45 saat laboratoriya - 15 saat seminar - 15 saat

Out-of-class hours

TSİ: 105 MRTSİ: 55

The main goals of studying the subject include: formation of professional skills in the field of power electronics in the student, provision of basic and necessary knowledge required for learning future professional subjects related to the automation of technological processes and electromechanical systems with the application of electric and electronic power converters. the main tasks of studying the subject include: theoretical and practical training of future undergraduates in the design, testing and operation of power electronics devices. i.2. the place of the subject in the structure of the undergraduate educational program. "power electronics and power transmission" subject is a compulsory general subject included in the main 120-credit section of the education plan of the specialty. i.3. the following learning outcomes should be achieved as a stage of the formation of competencies that should be formed in students as a result of mastering the subject: * classifying power electronics equipment and electric transmissions according to classification signs, schematic solution methods according to their classification groups; * must know the principle of operation and application characteristics of power semiconductor devices and electric transmissions. * selection of power electronics devices and electrical transmissions, calculation of technical and heating parameters; * to analyze modeling, simulation and simulation results in virtual environments defined by application software packages; * must be able to perform independent research of power electronics devices and electrical transmissions in laboratory conditions.

• lecture
• laboratory work
• seminar

No learning outcomes have been added.

No topics have been added.

1. Literature basic literature 1. v.a. neimatov. fundamentals of power electronics. teaching materials (with tempus-cd_jep-21031-2000 aztu-baku layer) baku: shur-2003. 75 pp. 2. v.a. neimatov. power electronics and transmission control. lecture-album. electronic resource. 3. x. hashimov, v.a. neimatov. performance of laboratory work on power electronics and electrical transmission electronic resource 4. a.m. pashayev, n. c. hajiyev, r. n. nabiyev. basics of electronics. textbook for higher schools, baku, 2003, 272 pages. additional literature 4. христич в.в. laboratory practice course "electronics". – taganrog: изд-во тти, 2009. – 148 с. ISBN 978-5-8327-0324-4 5. inozemtsev i.m., krasnov a.e. electrical engineering and electronics. educational and practical manual. -m., mgtutu. 2004. 6. rainer felderhoff. elektrische und elektronicshe meb technik. aufl.-munich; wien: hanser, 1993 (lernbücher der technik) ISBN 3-446-17454-0 7. dyakonov v. p., kruglov v. в. MATLAB 6.5 sp1 7/7 sp1/7 sp2 + simulink 5/6 в. instruments of artificial intelligence and bioinformatics. - m.: solon¬ press, 2006.