Subject · Radio engineering and telecommunication engineering

Sxemotexnikanın əsaslarıTopics

İF-2255y5 creditsSpring semesterMandatory2025-2026

Topic plan

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

10 topics

1. Introduction. the goals and objectives of the subject and its relationship with other subjects.
Lecture
2. Theoretical foundations of schematic engineering. classical electron theory, explanation of ohm's law according to electron theory
Lecture
3. Element base of radio-optical and telecommunication devices. classification of elements of telecommunication and radiotechnical devices. analog schematic engineering (resistor, capacitor, inductance, transformer, switch, electric vacuum lamps, semiconductor devices - diode, transistor).
Lecture
4. Element base of radio-optical and telecommunication devices. classification of elements of telecommunication and radiotechnical devices. analog schematic engineering (resistor, capacitor, inductance, transformer, switch, electric vacuum lamps, semiconductor devices - diode, transistor).
Laboratory
5. Currents used in schematic engineering and their moll-ebers equations. basic characteristics of analog elements and methods of connecting them to circuits
Lecture
6. Currents used in schematic engineering and their moll-ebers equations. basic characteristics of analog elements and methods of connecting them to circuits
Laboratory
7. Basic characteristics of analog elements and methods of connecting them to circuits
Lecture
8. Basic characteristics of analog elements and methods of connecting them to circuits
Laboratory
9. Integrated operational amplifiers (ops) as an active element of telecommunication devices. basic parameters and characteristics of operational amplifiers (op). feedback and non-feedback operational amplifiers (ops). positive and negative feedback operational amplifiers (ops).
Lecture
10. The main types of combinational digital devices (multiplexers, demultiplexers, encoders, decoders) and schematic engineering.
Lecture

Sxemotexnikanın əsaslarıTopics

Topic plan

1. Introduction. the goals and objectives of the subject and its relationship with other subjects.

2. Theoretical foundations of schematic engineering. classical electron theory, explanation of ohm's law according to electron theory

3. Element base of radio-optical and telecommunication devices. classification of elements of telecommunication and radiotechnical devices. analog schematic engineering (resistor, capacitor, inductance, transformer, switch, electric vacuum lamps, semiconductor devices - diode, transistor).

4. Element base of radio-optical and telecommunication devices. classification of elements of telecommunication and radiotechnical devices. analog schematic engineering (resistor, capacitor, inductance, transformer, switch, electric vacuum lamps, semiconductor devices - diode, transistor).

5. Currents used in schematic engineering and their moll-ebers equations. basic characteristics of analog elements and methods of connecting them to circuits

6. Currents used in schematic engineering and their moll-ebers equations. basic characteristics of analog elements and methods of connecting them to circuits

7. Basic characteristics of analog elements and methods of connecting them to circuits

8. Basic characteristics of analog elements and methods of connecting them to circuits

9. Integrated operational amplifiers (ops) as an active element of telecommunication devices. basic parameters and characteristics of operational amplifiers (op). feedback and non-feedback operational amplifiers (ops). positive and negative feedback operational amplifiers (ops).

10. The main types of combinational digital devices (multiplexers, demultiplexers, encoders, decoders) and schematic engineering.