course aims in Estonian
- Anda ülevaade tänapäevaste elektronsüsteemide ja -seadmete koostamispõhimõtetest.
- Selgitada elektroonikas kasutatavate pooljuhtseadiste ja passiivkomponentide tööpõhimõtteid ja elektrilisi karakteristikuid.
- Tutvuda analoogelektroonika ja digitaalelektroonika põhiskeemidega.
- Tutvuda elektronlülituste iseloomulike karakteristikutega.
- Teoreetilist teadmiste kinnistamine praktiliste tööde abil.
course aims in English
- To provide an overview of principles used for creation of modern electronic devices and systems.
- To explain functional principles and electrical parameters of the semi-conductor devices and passive elements used in electronics.
- To familiarize yourself with typical characteristics of electronic circuits.
- To familiarize yourself with common components and circuits used in analogue and digital electronics.
- To strengthen theoretical knowledge with practical lab works.
learning outcomes in the course in Est.
Aine läbinud üliõpilane oskab:
- lugeda ja analüüsida elektroonikaskeeme;
- kasutada tähtsamaid mõõteriistu;
- koostada lihtsamate elektronlülituste skeeme;
- arvutada lihtsamate elektronlülituste töörežiimi.
learning outcomes in the course in Eng.
Having finished the study of the subject a student is able:
- to read and analyze electronic circuits;
- to use generic measuring instrument;
- to compose simple electronic circuits;
- to perform calculation of simple electronic circuits.
brief description of the course in Estonian
Ülevaade tänapäevaste elektronsüsteemide ehituspõhimõtetest. Tänasepäevane elektronseadmete tehnoloogia, hooldus, remont. Tehnoloogia edasise arengu perspektiivid. Elektroonika passiivkomponendid. Pooljuhtseadised. Optoelektroonika elemendid. Analoogelektroonika lülitused. Transistor kui pidevatoimeline võimenduselement. Tagasiside võimendites. Võimsusvõimendid. Generaatorid. Elektronaparatuuri toide. Analoogfiltrid. Digitaalelektroonika mõiste. Loogikaelemendid. Kombinatsioonloogika põhilülitused. Jadaloogika põhilülitused. Mäluseadmed. Digitaal-analoogmuundurid. Analoog-digitaalmuundurid.
brief description of the course in English
The review of principles of creation of modern electronic systems. Modern technology of electronic devices, service, repair. Prospects of the further development of technology of electronic devices. Passive components of electronics. Semiconductor devices. Optoelectronics elements. Schemes of analogue electronics. The transistor as an intensifying element of continuous action. Feedback in amplifiers. Power amplifiers. Oscillators. Power supplies. Analogue filters. Concept of digital electronics. Logic elements.. Combinational logic. Sequential logic. Memory devices. Digital-to-analog converters. Analog-to-digital converters.
type of assessment in Estonian
Teadmiste kontroll toimub eksamil. Eksam on kirjalik. Üliõpilane peab eksamile pääsemiseks olema teostanud ja kaitsnud vajalikud laboratoorsed tööd. Eksamil kontrollitakse üliõpilase teoreetilisi teadmisi. Samuti tuleb eksamil lahendada ülesandeid. Eksamihinne kujuneb eksamiküsimuste vastustega saadud punktide alusel.
type of assessment in English
The verification of the knowledge received during the course takes place on examination at the end of a term. For getting permission to an examination it is necessary to accomplish and defend provided practical lab works. On examination the theoretical knowledge is being checked along with ability to solve tasks. The final grade of the course will be computed as a weighted mean of the tests on the exam.
independent study in Estonian
Iseseisev töö seisneb teoreetiliste materjalide läbitöötamises. Töö maht statsionaarses õppes - 80 tundi.
independent study in English
The self-dependent work of students consists in the learning of the theoretical material of the subject. Learning capacities of the subject in the stationary learning is 80 hours.
study literature
1. Paul Sherz, Simon Monk (2016), Practical Electronics for Inventors, 4th Edition. https://learning.oreilly.com/library/view/practical-electronics-for/9781259587559/.
2. P. Horowitz, W. Hill; (2015). The Art Of Electronics 3rd Edition. 40 West 20th Street, New York: Cambridge University Press.
study forms and load
daytime study: weekly hours
4.0
session-based study work load (in a semester):
practices
1.0
practices
16.0