GET2

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Fundamentals of Electrical Engineering 2 - GET 2 - (FB16-1010)

Name:

Fundamentals in Electrical Engineering 2
Fundamentals in Electrical Engineering 2

Type of event:

Lecture + Exercise + Tutorial

Content:

  • Stationary magnetic fields: Rotating coil, The unit of measure Ampere, Cylindrical coil, Field strength in the vicinity of a double line, Round wire, Magnetic field of a current-carrying conductor of finite length, Double line, Magnetic circuit;
  • Time-varying magnetic fields: Rotating conductor loop in magnetic field, equivalent inductance, force on crossbar of a switch;
  • Alternating current theory: time-dependent currents and voltages, steady-state sinusoidal currents and voltages in linear RLC networks, resonance in RLC circuits, power of steady-state alternating currents and voltages, transformer in steady state, quadripoles;
  • Conductors: Differential equations of conduction and their solution, illustration of solution, equations of conduction, charkteristic quantities of conduction, input resistance, reflection coefficient, plane wave;
  • Time-varying electromagnetic fields: System of Maxwell's equations, Maxwell's equations with harmonic time dependence, eddy currents, Maxwell's equations in differential form.

Target Audience:

Undergraduate students in electrical engineering, mechatronics, industrial engineering, and vocational education (2nd semester).

Scope:

4 SWS lecture, 2 SWS tutorial, 2 SWS tutorial, 9 CP

Dates:

The lecture takes place in the summer semester

Documents:

  • H. Clausert, G. Wiesemann: Fundamentals of Electrical Engineering, 9th edition, Vol. I and II, Oldenbourg Verlag, Münschen, Wien
  • Albach, Manfred; Fundamentals of Electrical Engineering, Vol. I and II, Pearson Studium, Münchn 2004. ISBN 3-8273-7106-6
  • Vömel. Martin; Zastrow, Dieter: Task Collection Electrical Engineering, Vol. I and II, Vieweg, Braunscheig / Wiesbaden, 2001. ISBN 3-528-14939-9.

Performance record:

Written exam: duration 120 minutes
Auxiliary means: provided collection of formulas, simple scientific pocket calculator

Lecturer:

  • Prof. Dr.-Ing. Mohamed Ayeb
  • Dr.-Ing. Oliver Haas