Description du cours

La description du cours est disponible uniquement en croate.

Uvod
Osnovni pojmovi i veličine
Otpori
Osnovni zakoni elektriciteta
Osnovni mjerni instrumenti i izvori
Rad, energija i snaga električne struje
Elektrostatika
Kapacitet
Kondenzatori
RC spojevi
Magnetizam i magnetska sila: elektromotor
Elektromagnetska indukcija, samoindukcija i međuindukcija
Izmjenična struja: generator i transformator
Priključak elemenata na izmjeničnu struju, snage
Fazorski račun za krugove izmjenične struje
Pojam, područja i povijest elektronike
Ponašanje nelinearnih i višepolnih elemenata u strujnom krugu
Osnove poluvodičke elektronike
PN spoj i diode
Upotreba dioda: ispravljači, stabilizatori i ograničivači
Bipolarni tranzistori i primjene
Unipolarni tranzistori i primjene
Operacijska pojačala
Multivibratori: bistabil, monostabil, astabil
Schmittov okidni sklop
A/D konverteri
Sklopovi za uzorkovanje

Acquis d’apprentissage

Les acquis d’apprentissage sont affichés en anglais.

Formulate a mathematical solution to a electric circuit or its part by using basic methods of circuit analysis (Kirchhoff's laws and phasors).
Include the features of nonlinear and multipole electronic components into a mathematical solution to a circuit.
Calculate currents and voltages in simple electronic and electrical circuits with several components.
Draw a scheme of basic electrical and electronic circuits.
Sketch a graph of a sinusoidal signal from a given equation and vice versa.
Draw symbols and characteristics of basic electronic components.
Design a simple electronic circuit (digital switch, amplifier, comparator and trigger, rectifier, stabilizer, filter, indicator light, heater, multivibrator, A/D converter, S&H circuit).
Conduct laboratory measurements of basic quantities in electrical circuits (current, voltage, waveform with its characteristic values, time relationships).
Analyse electrical circuits by using simple simulation programs.
Estimate the value of a physical quantity in an electrical circuit, based on physical laws and environment influence.

Bibliographie

Bibliographie obligatoire

E. Stanić, Osnove elektrotehnike, Školska knjiga
J. Grilec, D. Zorc, Osnove elektronike, Školska knjiga
Ž. Stojanović, Osnove elektrotehnike i elektronike – predavanja, 2018

Bibliographie complémentaire

M. Nahvi, J.A. Edminister: Schaum&#039;s Outline of Electric Circuits, McGraw-Hill

Responsables du cours 2

Intervenants 2

Dates d’examen

Les sessions d'examens de cette année universitaire n'ont pas encore été publiées. L'année dernière, ont eu lieu :

dans 10 jours max. dans 30 jours max. plus tard ont eu lieu
Source : ISVU. Un clic sur une session ouvre Studomat pour l'inscription à l'examen ; vérifie-y aussi d'éventuelles modifications.

Bases de l’électrotechnique et de l’électronique