The course is divided into following areas:
1. Logic control - basic logic function, laws of Boole algebra
2. Implementation of logic circuits (combinational)
3. Sequential logic circuits, PLC
4. Laplace transform, solution of differential equations
5. Continuous systems - introduction and basic terminology
6. Description of static and dynamic properties of systems
7. Identification - experimental, analytical
8. Basic type of systems
9. Controllers
10. Control systems, basic transfer functions, example
11. Stability control systems, stability criteria
12. Control systems performance
13. Synthesis (the method based on experiment and the analytic solution)
1. Logic control - basic logic function, laws of Boole algebra
2. Implementation of logic circuits (combinational)
3. Sequential logic circuits, PLC
4. Laplace transform, solution of differential equations
5. Continuous systems - introduction and basic terminology
6. Description of static and dynamic properties of systems
7. Identification - experimental, analytical
8. Basic type of systems
9. Controllers
10. Control systems, basic transfer functions, example
11. Stability control systems, stability criteria
12. Control systems performance
13. Synthesis (the method based on experiment and the analytic solution)