Microprocessor techniques II ERASMUS>ELE10

1. Principles of designing microprocessors systems. ATmega advanced microcontroller systems.
2. The use of microprocessor systems in measuring systems like a temperature measurement, humidity measurement, pressure measurement. Implementation of selected control algorithms in layer hardware and software.
3. The use of Interrupts in construction of the program. Converters digital / analog and analog / digital. Principles of designing microprocessors systems. Layouts interconnecting microprocessor system with input elements and actuators.
4. Selection of input and output systems with microcontroller.
5. Development of system design with a microcontroller for the implementation of selected control task or measurement.
6. Advanced use of Arduino software and hardware (many different configurations of Arduino microprocessor boards).
7. Practical classes in advanced programming Arduino processors in dedicated C++ language.
8. Acquiring the ability to choose the right library in the Arduino software to support a given device connected to the input or the output of the processor board.