150 h 5 1st sem. Annual Winter 1 sem. Compulsory BA

Description

1.4 150 h 5 1st sem. Annual Winter 1 sem. Compulsory BA 1 Course Contact hours Self- Forms of teaching Planned Language type study (forms of learning) group size Lecture 2 SCH 110 h Sem. lessons with 40 German Exercise 1 SCH self-study material 40 German Practical / Seminar 1 SCH 16 German Supervised self-study 16 h 40 German 2 Learning outcomes / competences The students know and understand the basics of direct current technology. They can apply the common calculation methods for linear DC circuits, also with several electrical sources and loads. They are familiar with the concepts of electrical energy and power, and can apply them in circuits. They understand the concepts of analysis and application of bipoles and quadripoles. They understand the concept of linearisatio n of non- linear characteristics, and can calculate mixed linear-non-linear circuits. Students know the basic properties of static and of slowly changing electric and magnetic fields. 3 Contents Lecture/Exercise • Basic terms, Kirchhoff's laws, basic linear circuits (two-terminal) • Sources, internal resistance, voltage/current source transformation, power matching, efficiency • Calculation methods for linear networks, Thévenin’s theorem, Norton equivalent • Non-linear characteristics, linearisation, equivalent circuits • Simple mixed linear-nonlinear circuits • Dependent sources, quadripole parameters • Properties of static and of slowly changing electric and magnetic fields Practical • Linear circuits • Nonlinear characteristics • Circuit calculation with the simulation tool Spice 4 Participation requirements None 5 Form of assessment Written examination 6 Condition for the award of credit points Passed module examination and issued test for the practical course 7 Application of the module (in the following study programmes): ELM 8 Module coordinator Prof. Dr.-Ing. Philipp A. Boysen 9 Other information - Module catalogue for the B.Eng. in Electrical Engineering (work-integrated) of the Faculty of Minden Campus Page 17 from 47 Computer Science ELM-1- INF No. Workload Credit Points Study semester Frequency Sem. Duration Type Q level