Programmable Logic Cotrollers I

1. The structure and working parameters of programmable logic controller (PLC).
2. Basic programming techniques for creating an algorithm PLCs.
3. Inputs, outputs, registers, addressing.
4. Boolean algebra and PLC.
5. The importance of minimizing logic functions to create a program.
6. The solution of combinatorial problems.
7. Solving sequential tasks, the program initialization.
8. Mathematics at the computer in the PLC program.
9. Working with text.
10. Real-time computations in the PLC control tasks.
11. Timers and counters for solving real-time tasks.
12. Sequencers and their application.
13. Debugging.
14. The program control.