The course consists of the following areas:
1. L-transformation and its properties. Solving differential equations.
2. Analytical identification - mechanical systems, hydro systems, electrical circuits.
3. Mathematical models of continuous linear dynamic systems.
4. Algebra block diagrams.
5. Frequency response.
6. Continuous linear close-loop control system and its properties.
7. Continuous conventional controllers and their properties.
8. The stability of continuous linear control system and criteria for its verification.
9. The quality control procedure.
10. The choice of conventional continuous controller and its setting.
11. Chosen methods for control systems synthesis.
1. L-transformation and its properties. Solving differential equations.
2. Analytical identification - mechanical systems, hydro systems, electrical circuits.
3. Mathematical models of continuous linear dynamic systems.
4. Algebra block diagrams.
5. Frequency response.
6. Continuous linear close-loop control system and its properties.
7. Continuous conventional controllers and their properties.
8. The stability of continuous linear control system and criteria for its verification.
9. The quality control procedure.
10. The choice of conventional continuous controller and its setting.
11. Chosen methods for control systems synthesis.