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| Lecturer: | Prof. Dr.-Ing. Hans-Peter Beck |
|---|---|
| Keywords: | Introduction: AC quantities, terms, reasons for using sinusoidal quantities, AC-voltage generation, waveform, phase angle, fields of application of AC-voltage technology Pointer representation of sinusoidal quantities: Characteristic values of pointers, linking time and pointer diagram, calculation example: pointer addition Simple sinusoidal circuit: (derivation of active and reactive power) with ohmic resistance (derivation of the rms value), with inductive resistance, with capacitive resistance, with a general passive two-pole, overview “Passive two-pole” Complex sinusoidal circuit calculation: Complex impedance operators, complex mesh theorem, complex nodal-point theorem, summary of calculation methods Resonant circuits: Nature of resonant circuits, analogy to a mechanical oscillator, energy consideration, characteristic values, parallel resonant circuit, series resonant circuit |
| Script: | Electrical Engineering for Engineers (Part 1) |
| Chapter, pages: | Ch. 6, p. E1/WS 1-36 (WS 2010/11) |
| Recording: | WS 2004/05 – videos freely available: Lecture 10 11 Jan 2005 Lecture 11 18 Jan 2005 Lecture 12 25 Jan 2005 |
| Total running time: | 4 h 37 min |