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OSNOVI ELEKTROTEHNIKE II


Semester: 2
ECTS: 7
Status: Obavezan
Lessons: 3+2+1
Double: Ne
ECTS catalogue
Learning outcomes:

Passing the exam in this subject means that the student is able to: 1. Define the concept of a stationary magnetic field and the basic quantities that describe it; 2. Calculate magnetic flux density by applying the Biot-Savart and Amperes law; 3. Define Faradays law of electromagnetic induction, interpret the direction of the induced emf and distinguish between its static and dynamic components; 4. Define the concepts of self and mutual inductance and calculate inductance in typical cases (solenoid, toroidal winding, two-wire line, coaxial line); 5. Explain the need to introduce the concept of rotating vector, phasor and complex calculus in the analysis of linear AC circuits; 6. Define the concept of complex impedance and admittance, complex power; 7. Interpret symbols and conventions in magnetically coupled circuits and define an ideal transformer; 8. Define the concept of voltage and current resonance, Q factor, amplitude and phase characteristics; 9. Define a balanced three-phase circuit and understand the wye and delta connections; 10. Solve the linear AC circuit using elementary transformations, methods and theorems, both using the phasor diagram in simple cases and using complex calculus.

Teaching staff

Name Lectures Exercises Laboratory
ALDIN KAJEVIĆ2x2
71B+53P
1x7
71B+53P
GOJKO JOKSIMOVIĆ3x1
71B+53P
MOMČILO RADUNOVIĆ1x7
71B+53P

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