Elektrotechnik

In Part 1, the concept of electric and magnetic fields is introduced based on observable force effects between charges and between currents. The derived integral quantities of voltage, current, resistance, capacitance, and inductance are discussed in relation to the behavior of passive components and their interconnection in simple networks. The properties of transformers are treated in detail based on Faraday's law of induction. In Part 2, networks with time-dependent current and voltage forms are analyzed. A primary focus is the application of complex AC calculations to specific circuits, such as oscillating circuits, bridge circuits, and two-port circuits. The Fourier series is introduced for the treatment of periodic signal forms, and the Laplace transformation is used for calculating simple switching processes. This book corresponds to Part 2 of the comprehensive work on electrical engineering by the same author. The two parts are also available as individual volumes.

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