Subject · Military communications engineering

Radioelektronikanın əsaslarıTopics

İF-4530y5 creditsSpring semesterMandatory2025-2026

Topic plan

The subject's topics and the learning outcomes attached to each one.

38 topics

1. Introduction. general information about radio electronics. radioelectronics and its development history. - radioelectronics (m). - general information about radio electronics (m). - radioelectronics and its development history (m).
Lecture
2. Radiotechnical signals and circuits. basic principles of information transmission and reception. elements of the theory of radio wave propagation. antennas. - radiotechnical signals and circuits (m). - basic principles of information transmission and reception (m). - elements of the theory of radio wave propagation (m). - antennae (m).
Lecture
3. Psychological characteristics of emotions
Lecture
Emotions are psychological reactions to internal and external events. they influence attention, memory, thinking, and decision-making. positive emotions increase motivation and well-being, while negative emotions may create stress if they are not managed properly.
4. - determination of parameters of radioelements (s).
Seminar
5. - installation of radioelements on printed boards (s).
Seminar
6. - study and application of operation of resistors and capacitors with different connection schemes
Laboratory
7. Semiconductors. designations and electrical conductivity. energy diagrams of dielectrics, semiconductors and metals. application of conductors. base carriers in semiconductors. volt-ampere characteristics of conductors. transitions and principles of connection. - semiconductors. designations and electrical conductivity (m). - energy diagrams of dielectrics, semiconductors and metals (m). - application of conductors. major carriers (m) in semiconductors. - volt-ampere characteristics of conductors (m).
Lecture
8. - transitions and connection principles (s). - semiconductors. designations and electrical conductivity (s).
Seminar
9. Graph algorithms i
Lecture
The subject studies the graph data structure and fundamental search algorithms used in computer science to model real-world networks, social relationships, and maps. students analyze adjacency list and adjacency matrix structures, which are methods of storing graphs in program memory, and their advantages in terms of memory and speed. in the main part of the lesson, the working principles of the transverse search, which finds the shortest paths by visiting the vertices of the graph level by level, and the depth search algorithms, which go as deep as possible in one direction and then return, are practically investigated.
Open resource: Graph algorithms i (opens in a new tab)
10. - realistic demonstration of rectifier and pulse diodes (s). - designation and connection scheme of rectifier and pulse diodes in radio technical circuits (s).
Seminar
11. - study and application of semiconductor diode and stabilitron VAX (l).
Laboratory
12. Bipolar transistors. purpose, parameters and characteristics. business principles and processes. conditional marking. UB and UB bipolar transistor connection schemes. - bipolar transistors (m). - definition, parameters and characteristics of bipolar transistors. business principles and processes (m).
Lecture
13. - conditional marking (s). - UB and UB bipolar transistor connection schemes (s) - designation and connection scheme of bipolar transistors in radio engineering circuits (s).
Seminar
14. - study and study of the connection of the bipolar transistor according to the UE and UB scheme (l).
Laboratory
15. Polar transistors. designations, parameters, characteristics and electrical conductivity. working principles and processes. conditional marking. - polar transistors. - designations, parameters, characteristics and electrical conductivity of polar transistors. working principles and processes (m).
Lecture
16. - conventional marking - designation and connection scheme of polar transistors in radio engineering circuits (s).
Seminar
17. Impulse and digital devices. microprocessors. their main types and computing devices. microcontroller. multi-process systems. elements of mathematical logic. basics of logical operations. - impulse and digit units (m). - microprocessors. their main types and computing devices (m). - microcontroller (m). - multi-process systems (m). - elements of mathematical logic. fundamentals of logical operations (m).
Lecture
- electric filters
18. - designation and fields of application of microprocessors (s).
Seminar
19. - designation and fields of application of microprocessors (s).
Seminar
20. Electrovacuum and ion devices. appointments, settings and characteristics. business principles and processes. conditional marking. - electrovacuum and ion devices. - designations, parameters and characteristics of electrovacuum and ion devices. - working principles and processes of electrovacuum and ion devices. - conventional markings of electrovacuum and ion devices (m).
Lecture
21. - determination and connection scheme of electrovacuum and ion devices in radiotechnical circuits (s).
Seminar
22. - study and research of devices that amplify sound frequencies (l).
Laboratory
23. Power amplifiers. their main indicators and characteristics. multiple cascade amplifiers. operational amplifiers. their working principles and processes. reverse communication in amplifiers. - power boosters. their main indicators and characteristics (m). - multi-cascade amplifiers (m). - operational amplifiers. their business principles and processes (m).
Lecture
24. - reverse communication in amplifiers (m).
Lecture
25. - designation and application areas of power and operational amplifiers (s). - report of the number of cascades (s).
Seminar
26. - study and research of power amplifier devices (l).
Laboratory
27. Radioelectronic circuits and devices. classification of radioelectronic circuits. linear circuits. differentiation and integration of signals. resonant circuits. elements of AR theory. integral and reinforcing elements. electric filters. - radioelectronic circuits and devices (m). - classification of radioelectronic circuits. linear circuits (m). - differentiation and integration of signals (m). - resonant circuits. elements of AR theory (m). - integral and reinforcing elements (m). - electric filters (m).
Lecture
28. - fields of application of radio electronic circuits and devices (s). - resonant circuits (s).
Seminar
29. - integral and reinforcing elements (s). - electric filters and the basics of their connection in the circuit (s).
Seminar
30. Non-linear and parametric circuits. conversion of electrical oscillations. approximation of nonlinear elements. effect of nonlinear elements on harmonic input signal. nonlinear power amplifiers and frequency multipliers. modulation and demodulation of dances. - non-linear and parametric circuits (m). - conversion of electrical oscillations (m). - approximation of non-linear elements (m). - effect of non-linear elements on the harmonic input signal (m).
Lecture
31. - non-linear power amplifiers and frequency multipliers (m). - modulation and demodulation of dances (m).
Lecture
32. - basics and processes of dance modulation and demodulation (s).
Seminar
33. Elektromaqnit rəqslərin generasiya edilməsi. harmonik rəqs generatorları. LC and RC generators. avtogeneratorlarda tezliyin stabilizaiyası. number generators. IYT generators. - generation of electromagnetic oscillations (m). - harmonic dance generators. LC and RC generators (m). - avtogeneratorlarda tezliyin stabilizaiyası. number generators (m). - IYT generators (m).
Lecture
34. - electromagnetic oscillations and their generation process (s).
Seminar
35. - fields of application of LC and RC generators (s). - autogenerators and externally excited generators (s
Seminar
36. - IYT generators and their fields of application (s
Seminar
37. Radio transmitting and receiving devices. general information about radio transmitters and receivers. formation of radio frequencies. classification of radio transmitters and receivers. - radio transmitting and receiving devices (m). - formation of radio frequencies (m).
Lecture
38. - classification of radio transmitters and receivers (m).
Lecture

Radioelektronikanın əsaslarıTopics

Topic plan

1. Introduction. general information about radio electronics. radioelectronics and its development history. - radioelectronics (m). - general information about radio electronics (m). - radioelectronics and its development history (m).

3. Psychological characteristics of emotions

4. - determination of parameters of radioelements (s).

5. - installation of radioelements on printed boards (s).

6. - study and application of operation of resistors and capacitors with different connection schemes

8. - transitions and connection principles (s). - semiconductors. designations and electrical conductivity (s).

9. Graph algorithms i

10. - realistic demonstration of rectifier and pulse diodes (s). - designation and connection scheme of rectifier and pulse diodes in radio technical circuits (s).

11. - study and application of semiconductor diode and stabilitron VAX (l).

13. - conditional marking (s). - UB and UB bipolar transistor connection schemes (s) - designation and connection scheme of bipolar transistors in radio engineering circuits (s).

14. - study and study of the connection of the bipolar transistor according to the UE and UB scheme (l).

16. - conventional marking - designation and connection scheme of polar transistors in radio engineering circuits (s).

18. - designation and fields of application of microprocessors (s).

19. - designation and fields of application of microprocessors (s).

21. - determination and connection scheme of electrovacuum and ion devices in radiotechnical circuits (s).

22. - study and research of devices that amplify sound frequencies (l).

24. - reverse communication in amplifiers (m).

25. - designation and application areas of power and operational amplifiers (s). - report of the number of cascades (s).

26. - study and research of power amplifier devices (l).

28. - fields of application of radio electronic circuits and devices (s). - resonant circuits (s).

29. - integral and reinforcing elements (s). - electric filters and the basics of their connection in the circuit (s).

31. - non-linear power amplifiers and frequency multipliers (m). - modulation and demodulation of dances (m).

32. - basics and processes of dance modulation and demodulation (s).

34. - electromagnetic oscillations and their generation process (s).

35. - fields of application of LC and RC generators (s). - autogenerators and externally excited generators (s

36. - IYT generators and their fields of application (s

37. Radio transmitting and receiving devices. general information about radio transmitters and receivers. formation of radio frequencies. classification of radio transmitters and receivers. - radio transmitting and receiving devices (m). - formation of radio frequencies (m).

38. - classification of radio transmitters and receivers (m).