Infopaket

electrical engineering and electronics

ОК 19

Обов’язкова дисципліна для ОП

First

2023/2024

2 Semester

7

To be able to use modern methods of scientific research, to modify existing ones and to develop new methods based on the tasks of specific research. Be able to use a mathematical apparatus and algorithms in the design of radio technical devices, systems and complexes. Know the principles of construction and operation of communication networks and their mathematical models. Be able to design and calculate communication networks. Know the principles of construction and operation of communication networks and their mathematical models. Be able to design and calculate communication networks. To know the principles of the organization of information exchange on buses, the hardware part of microprocessor systems. To be able to use the software environment for the development of algorithms for the operation of microprocessor systems. Know the principles of construction and operation of digital communication systems and be able to design digital communication systems.

Full-time form

In order to better assimilate the educational material of the discipline, students should acquire knowledge and skills in the field of discrete mathematics, computer technology, and professional courses before it begins. In turn, knowledge of this discipline ensures the successful completion of course and diploma projects. Have elementary skills: The main tasks of the study of the discipline "Electrical engineering and electronics" are the formation in students of a system of theoretical knowledge in electrical engineering and electronics, and the acquisition of practical skills in solving organizational and technical problems related to electrical engineering and electronics, taking into account advanced domestic and foreign experience in operation, maintenance and repair of computer equipment.

The purpose of the discipline - the purpose of the educational discipline "Electrical engineering and electronics" is to master the fundamental concepts, theory and methodology of modern theoretical electrical engineering, electronics and microprocessor technology. Acquisition of fundamental knowledge, which is a necessary basis for further study of various electrical engineering disciplines.

1. M.P. Rybalko, V.O. Esaulenko, V.I. Kostenko. Theoretical foundations of electrical engineering. Linear electric circuits: Textbook. Donetsk: Novy svit, 2003 -513 p. 2. Malinovsky S.M. General electrical engineering. Tutorial. — Lviv, 2001, 186 p. 3. Shegedyn O.I., Malyar V.S., Theoretical foundations of electrical engineering. Part 1: Education. manual — Lviv: Magnolia Plus, 2004. — 172 p. 4. Korud V.I., Gamola O.E., Malinovskyi S.M. Electrical engineering. — Lviv: Magnolia plus. — 3rd ed., revision. and additional — 2005.— 448p. 5. Budishchev M.S. Electrical engineering, electronics and microprocessor technology: Textbook. — Lviv: Afisha, 2001. — 424 p.

Lectures, practical classes, laboratory work, individual work

The level of achievement of all planned learning outcomes is determined by the results of the defense of practical work and individual tasks of independent work.Semester assessment of students is carried out during the semester for all types of work.The total score is formed as a weighted sum of points earned by the student for various types of work. The maximum number of points does not exceed 100 points. The final assessment is an exam.Control of students' knowledge is carried out according to the modular rating system. The results of students' educational activities are evaluated on a 100-point scale. The work of the semester is divided into two content modules. Final control is conducted in the form of a written exam - 40 points. Module 1 (ЗМ1) includes topics 1-3, and Module 2 (ЗМ2) includes topics 4-7. Completion and defense of the laboratory work provided by the work program of the academic discipline, two modular control , are mandatory for credit. Minimum points is 18.

Ukrainian