Gaining basic knowledge in the filed of principles of analog-digital conversion, semiconductor electronic components (diodes, transistors, JFET, MOSFET) amplifiers.

-ability to solve basic electric circuits with operational amplifiers -ability to solve basic electric circuits with semiconductor devices (diodes, bipolar transistors, MOSFET) -ability to record the static characteristics of semiconductor components -ability to analyze basic electronic circuits using computer-a software package SPICE

History of electronics. Classification of electronic signals, principles of their conversion. The frequent spectrum of electronic signals. Amplifiers (non-inverting and inverted amplifiers, differential amplifiers, application). Operational amplifiers. Basic physical properties of semiconductors (self and impurity semiconductors). Transport phenomena in semiconductors (current drift and diffusion currents). PN junction (direct and reverse polarization PN junction, the capacitance of PN junction, breakdown voltage). Diodes (basic concepts, the influence of temperature, breakdown, polarization, circuit analysis with diodes, switching mode). Diodes of reference voltage. Application of diodes (voltage control, unilateral and bilateral routers). Bipolar transistors (Polarization of the transistor, limits in operation, modes, equivalent circuit for small signals). The application of transistors (Transistor as a switch, inverted circuit with transistor). Field effect transistors. JFET. MOSFET integrated with induced channel (mode, modes, features). Polarization MOSFET. Equivalent circuit for small signals. MOSFET as a switch. Single stage amplifiers with bipolar transistors. Fet single stage amplifiers. Differential amplifiers with bipolar transistors or MOSFET. Analysis of electronic circuits using computer – SPICE.

Lectures; Auditory practice; Computer practice; Laboratory practice; Consultations.