Download List of Courses

Riga Technical University
11.07.2011 19:43
List of Courses
Nr.
Code
Name
Academic staff
CP
Structure*
1. EEE101 Electricity and Magnetism
Dūmiņš Ivars
2.0
(1.5- 0.0- 0.5); E
Electrical charges and electrical field; foundations of relativity, origin of magnetism. Capacity, inductivity and mutual inductivity. Interaction
of electrical and magnetic fields, Maxwell's equations. Propogation of electromagnetic waves and energy, skin-effect. Electric and magnetic
properties of matters, superconductivity, ferromagnetism.
Latvian lang.
2. EEE120 Electrical Engineering and Electronics
Priednieks Ēriks
3.0
(2.0- 0.0- 1.0); E
Electrical circuits, circuit elements and their regimes. Methods of analysis of direct current and alternating current electrical circuits.Power
and power factor. Three phase circuits, their connections and analysis. Magnetic circuits. Transformers.
Latvian lang.
3. EEE129 Electrical Engineering
Nadežņikovs Ņikita
2.0
(1.0- 0.0- 1.0); E
Electric circuits and electric devices: generators, transformers, electromotors, heating devices, commutation and measurements devices.
Working conditions of the electric circuits and its analysis in direct an alternating current cases. Electrical power systems . Conception of the
power factor and electric energy quality and accounting.
Latvian lang.
4. EEE202 Electron Devices
Hramcovs Vladimirs
3.0
(2.0- 0.0- 1.0); E
Semiconductor devices. Large and small signal amplifiers and generators. Logic elements. Triggers, Counters. Coders-decoders.
Multiplexers.Demultiplexers. Registers. Memories. Digital-to-analogue converters. Analogue-to-digital converters. Power supply for
electrical units.
Latvian lang.
5. EEE209 Electrical Engineering and Electronics (Part 1)
Nadežņikovs Ņikita
2.0
(1.0- 0.0- 1.0); E
Electrical quantities. Electric circuit elements. Direct current laws. Steady-state alternating current circuits. Direct current and alternating
current machines, their operation and performances. Electronic and digital devices. Rectifiers. Microprocessors.
Latvian, Russian lang.
6. EEE215 Theory of Circuits
Purviņš Andris
5.0
(3.0- 1.0- 1.0); E
Transient processes in the linear electrical circuits, long lines and non-linear circuits. Methods of analysis and numerical calculation of
non-periodical currents and transient processes in linear circuits. Steady state and transient processes.
Latvian lang.
Courses acquired before: EEE223 Fundamentals of Electrical Engineering Theory
7. EEE223 Fundamentals of Electrical Engineering Theory
Purviņš Andris
6.0
(3.0- 2.0- 1.0); E
Linear Electrical Circuits. Lumped Circuits. Kirchhoff's Laws. Circuit Elements. Network Theorems. Node and Loop Analysis. Sinusoidal
Steady-State Analysis. Phasors. Impedance and Admittance. Complex Power. Mutual Inductance. Coupled Circuits. Ideal Transformer.
Resonant Circuits. PSPICE and MATLAB Application.
Latvian lang.
Courses acquired before: EEE101 Electricity and Magnetism
8. EEE226 Electrical Engineering and Electronics
Nadežņikovs Ņikita
2.0
(1.0- 0.0- 1.0); E
Development of electric circuits and understanding of circuits diagrams.
Elements of electric circuits, differential equations. Three-phase alternating current systems. Transformers. DC and AC electric machines,
principles of their operation. Semiconductor devices. Rectifiers. Elements of digital technique. Microprocessors.
Latvian lang.
Zītars Uldis
4.0
(2.0- 0.0- 2.0); E
EEE227 Electrical Engineering and Electronics
Arrangement of electrical circuits, elements of schemes, equations of the equilibrity, its conversions and calculations in the stationary and
transient processes of the DC and AC circuits. Notion of electrical machines, devices, microelelectronics. Digital and analogue microchips.
Latvian lang.
10. EEE229 Fundamentals of Electrical Engineering Theory
Dūmiņš Ivars
4.0
(2.0- 1.0- 1.0); E
Stationary processes of electrical circuits. Circuits elements, it's characteristics and main relationships. Circuit analysis and design methods,
basic concepts of the graph theory, relationships in matrix form. Circuits of direct, alternating, three phase and non-sinusoidal current.
Concepts of four terminal network and filters theory. Nonlinear direct and alternating electrical and magnetic circuits.
Latvian lang.
9.
* Structure: (Lectures-Practical-lab); tests [/tests for cources of free choice]