| Code |
В03027В |
| Course unit |
Theoretical foundations of electrical engineering |
| Nomber of credits ECTS |
8.0 |
| Language of education |
Ukrainian |
| Learning outcomes of course unit |
- knowledge of basic concepts and laws of the theory of electric and magnetic circuits;
- knowledge of methods of analysis and calculation of stable processes in linear electric circuits of constant, sinusoidal and periodic non-sinusoidal currents with concentrated parameters;
- the ability to calculate the steady state in a non-linear electric and magnetic circuit by graphical, grapho-analytical or numerical methods;
- knowledge of classical and operator methods for calculating transient processes in linear electric circuits with one or two energy storage devices;
- knowledge of the peculiarities of energy and electromagnetic processes in electric circuits with linear and non-linear elements;
- the ability to model the operation of electric circuits using modern information technologies;
- the ability to use stationary and portable devices these devices, using them to carry out experimental studies, diagnostics and detect malfunctions in electrical circuits;
- the ability to read, analyze, understand basic electrical diagrams, perform assembly of electrical diagrams according to their basic and assembly diagrams;
- the ability to work independently with educational, methodological and reference literature in the field of electrical engineering and related disciplines.
|
| Types of educational work |
Lectures, practical, laboratory classes, educational development of graphic design and course work. |
| Type of final control |
|
| Content of course unit |
- Basic laws and concepts of electrical engineering.
- Linear electric circuits of direct current.
- Electrical circuits of alternating sinusoidal current.
- Resonance in electric circuits.
- Theory of quadrupoles.
- Electric filters.
- Electric circuits of non-sinusoidal periodic current.
- Analysis of electric circuits by the method of signal graphs.
- Nonlinear electric circuits of direct current.
- Nonlinear alternating current electric circuits.
- Electric circuits with mutual inductances.
- Three-phase electric circuits.
- Magnetic circuits.
- Transient processes in linear electric circuits.
- Diagnostics of electrical circuits.
|
| Equipment (if applicable) |
Special teaching and research laboratory stands STC-06.000 for the study of electrical circuits, analog ammeters, voltmeter, digital multimeters and oscilloscopes. Special software is used to simulate the operation of electric circuits. |
