Content of lectures: 1. Electronics - determining the subject contents, definitions, passive dipoles, ideal sources, application of methods of electric circuits solving. 2. Elementary phenomena of semiconducting techniques - physical electronics of semiconductors, technology of production of semiconducting materials and chosen components, two materials contact with rectifying properties. 3. Semiconducting components, principals and their functions, parameters, application - diodes, thyristor, triacs. 4. Bipolar transistors, transistors controlled by electric field, principal, function, properties, parameters, application. 5. Elementary circuitry of amplifying levels with transistors, transistor level as a two gate. Chosen transistor circuitry - stabilizers, oscillating circuits. 6. Operational amplifiers, ideal operational amplifier, mistakes and parameters of real operational amplifiers. 7. Elementary linear circuitry with operational amplifiers. Application. 8. Digital circuits - types of digital logical circuits TTL, S, LS, HCT, combinational logical circuits, flip-flop circuits. 9. Counters, memories, bus exciting, elementary logic algebra. 10. Digital-analogue converters - principals, functions, parameters, mistakes. 11. Analogue-digital converters - principals, functions, parameters, mistakes. 12. Signal generating and processing - generating, modulation, filtration, frequency analysis. 13. Personal computer hardware - John von Neumann architecture and Harvard architecture, processors, controllers. 14. Computer buses - definitions, types, application, parameters. Content of practicals: Solving of examples of electronic circuits design presented in lectures.
|
-
Frohn, W. Oberthur, H. Siedler, M. Wiemer, P. Zastrow. Elektronika, Polovodičové součástky a základní zapojení. BEN Praha, 2006.
-
J. Belza. Operační zesilovače pro obyčejné smrtelníky. BEN, 2004.
-
M. Antošová, V. Davídek. Číslicová technika. Kopp, 2013.
-
P. Neumann, J. Uhlíř. Elektronické obvody a funkční bloky 1. skriptum ČVUT, 2005.
|