Theory: 2 Hours/Week Practice: 1 Hours/Week Lab: 2 Hours/Week
Credits (ECTS): 6
Formal Teaching Semester: 2th
Course Level: Mandatory
Aims: The course aims to provide basic knowledge for electronic circuits concerning a number of different active components such as diodes, transistors and integrated circuits and the analysis and design of simple and complex electronic circuits that are created by them. Deepening in different issues concerning electronics will be achieved by solving selected exercises (in Theoretical and Practice courses). Knowledge necessary to test the electronic circuits operation with the help of simulation programs (Pspice) will be provided.
Theory
Diodes (semiconductor theory, operation, applications). Circuits shearing, climbing, voltage multipliers. Zener diodes, schottky, photodiodes, PIN. Transistors applications (bipolar transistors operation, CE, CC, amplifiers analysis, class A power amplifiers). FET (JFET, MOSFET, polarization methods, common drain amplifiers). Integrated circuits - Differential amplifiers. Feedback - Operational amplifiers - Applications.
Laboratory
Oscilloscope measurements in general, measurements in circuits with diodes (common and Zener), rectification. Measurements in circuits with bipolar transistor amplifiers (BJT) (polarization of CE, CC,amplifiers simple circuits with BJT, class A power amplifiers). FET amplifiers. Measurements in circuits with operational amplifiers - Operational amplifiers applications. Analysis of BJT and FET circuits by means of simulation programs.