Gaining deepen knowledge in the field electronics.

- Efficient analysis of electronic circuits and comparison against results measured on the physically realized electronic circuits - a critical analysis of the results of measurements on electronic circuits - the identification and elimination of the influence of secondary or parasitic effects on the electronic circuit measurements (the impact of measuring instruments, temperature, parasitic parameters of electronic components, voltage power ...)

During the course, the exercises will be done in the laboratory of electronics. Before each cycle exercise test input is taken. Exercises are based on the topics covered in subjects “Introduction to Electronics”, “Digital Electronics” and “Analog microelectronic circuits”. Exercise would be in the following areas: Temperature dependence of static characteristics of diode. Polarization of bipolar transistors (measuring current gain, change position of the operating point of transistors with temperature). Polarization of MOSFET (measurement B and VT). Measurement of the transistor amplifiers. Connection of basic operational amplifier circuits on the breadboard. The switching mode of transistors and MOSFETs. Analysis of combining digital networks. Hazards in combinational networks. Analysis of sequential networks. Hazards in combinational networks.

Laboratory practice which include measuring equipment in electronics.