After successful completion of this course students will be able:to work with different laboratory equipment;to design and test electrical circuits using passive components;to assemble and test electrical circuits exploiting active components;to integrate microcontrollers with analog circuitry for the design of Embedded Systems.

Brief refreshing or explanation of theoretical conceptsPractical work in small groupsPhysical experiments using breadboards, electronic components and a development platform

Overview of Laboratory InstrumentationResistance MeasurementRC CircuitsCharacteristic Curve of a DiodeTransistor CircuitsOperational AmplifierIntroduction to Embedded Systems and PlatformsMicrocontroller Operation and MeasurementData Acquisition in Embedded SystemsData Exchange and Interfacing in Embedded Systems

Basics of electronics componentsConversion between different numerical systems (binary, decimal and hexadecimal)Ohm’s law, Kirchhoff’s laws

 

The course assessment is based on the performed lab activities. The oral exam can optionally be conducted if it is necessary for final grading.  

Topics that are related to the lab activities.

The mark depends only on the number of points a student achieves during the course. The final grade points are distributed as follows:all lab activities performed and all measurement results are reported - 100%;(optional) the oral exam can improve the final grade by max 10%.To successfully complete the course, 60% of final grade must be achieved.