The course is an introduction course for students who do not hold a bachelor's degree in Electrical or Mechatronics Engineering.
This course consists of two modules: Digital Systems and Control Theory.
Summary of logical elements, time and sequence elements and clock-controlled systems. System Synthesis of sequence chart method: Structure of the sequence systems. Synthesis of system memory. Condition Description of the sequence systems: Condition table and state diagram. Synchronous sequence system. Asynchronous sequence system. Function Charts: Binear code counters and ring counters. Function diagram main elements. Physical implementation. Programmable control system: Programmable logic controllers (PLC). PLS after IEC1131 standard.
Theoretical knowledge and learning methods for the regulation of dynamic systems and practical applications for control theory. Static and dynamic modeling of thermal, mechanical, hydraulic and electrical systems. Negative feedback, block diagrams and block diagram analysis. Introduction to the Laplace transformation. Standard transfer functions, dynamic analysis, zero and poles. Frequency response methods and standard forms.
Two written individual examinations:
Faculty of Engineering and Science