Inhalt
[ 281ETELTETU20 ] UE Theoretical Electrical Engineering




^{(*)} Unfortunately this information is not available in english. 

Workload 
Education level 
Study areas 
Responsible person 
Hours per week 
Coordinating university 
1,5 ECTS 
B3  Bachelor's programme 3. year 
Mechatronics 
Bernhard Jakoby 
1 hpw 
Johannes Kepler University Linz 



Detailed information 
Original study plan 
Bachelor's programme Mechatronics 2022W 
Objectives 
In depth mathematical development of base concepts covered in the lecture

Subject 
 Introduction to field theory: scalar fields, vector fields, operators and differential operators, settingup and solving of line integrals.
 Electric field, electrostatics: Coulomb's law, force on sample charge, superposition, potential, potential energy, Maxwell equations 2 and 3, electrostatic fields in matter, behavior at interfaces, capacitance, differential Maxwell equations.
 Steady state electric current field: electric field inside a conductor, current, current density, drift velocity of electrons, resistors, Kirchhoff law for nodes, Kirchhoff law for meshes.
 Magnetic field, magnetostatics: force on moving charge, matter in magnetic field, Maxwell equations 1 and 4 (magnetostatic!), generation by currents, induction, coupling of electric and magnetic fields, time dependent Maxwell equations, forces in magnetic field, Hall effect.
 Electrodynamics and Electromagnetic Waves

Criteria for evaluation 
Written tests

Methods 
Homework and solving problems with assistants

Language 
German 
Study material 
Exercise compendium
Recommended Literature of associated lecture

Changing subject? 
No 
Corresponding lecture 
^{(*)}ist gemeinsam mit 281ETELELTU20: UE Elektrotechnik (1,5 ECTS) äquivalent zu MEBPDUEETE2: UE Elektrotechnik 2 (2,5 ECTS)




Onsite course 
Maximum number of participants 
35 
Assignment procedure 
Assignment according to sequence 


