1. Basic concepts and content of the course
2. Sensors for temperature measurement (principles, applications, accuracy, reliability, price)
3. Sensors for measuring pressure (principles, applications, accuracy, reliability, price)
4. Sensors for flow and level (principles, applications, accuracy, reliability, price).
5. Sensors for measuring pH and conductivity (principles, applications, accuracy, reliability, price).
6. Sensors for measuring the concentration and moisture and oxygen activity (principles, applications, accuracy, reliability, price).
7. Methods of capture, transmission, and processing of data DAQ.
8. Controlled system, control system, control and feedback control, basic control circuits.
9. Function of control circuit block diagrams.
10. Controllers, their properties and performance.
11. Accuracy, stability and optimal setting of the control circuits.
12. The use of computers and PLC control in automated control systems.
13. The issue of optimal control, the role of computer models in the design, implementation and operation of automated control systems for technological processes.
2. Sensors for temperature measurement (principles, applications, accuracy, reliability, price)
3. Sensors for measuring pressure (principles, applications, accuracy, reliability, price)
4. Sensors for flow and level (principles, applications, accuracy, reliability, price).
5. Sensors for measuring pH and conductivity (principles, applications, accuracy, reliability, price).
6. Sensors for measuring the concentration and moisture and oxygen activity (principles, applications, accuracy, reliability, price).
7. Methods of capture, transmission, and processing of data DAQ.
8. Controlled system, control system, control and feedback control, basic control circuits.
9. Function of control circuit block diagrams.
10. Controllers, their properties and performance.
11. Accuracy, stability and optimal setting of the control circuits.
12. The use of computers and PLC control in automated control systems.
13. The issue of optimal control, the role of computer models in the design, implementation and operation of automated control systems for technological processes.