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Electric Circuits and Networks
book

Electric Circuits and Networks

by K. S. Suresh Kumar
September 2008
Beginner
834 pages
37h 13m
English
Pearson India
Content preview from Electric Circuits and Networks
1.4 TWO-TERMINAL INDUCTANCE

A moving charge that is part of a steady-current flow (i.e., DC current) in a circuit is, in general, acted upon by non-electrostatic forces contributed by source regions, electrostatic forces contributed by charge distributions and frictional forces within conductors. A new force called induced electric force that acts on such a moving charge makes its appearance in circuits carrying unsteady (i.e., time-varying) currents. This new force component gives rise to a circuit element called inductance.

1.4.1 Induced Electromotive Force and its Location in a Circuit

Consider a source of e.m.f. with a short-circuit across as shown in Fig. 1.4-1. The conducting material inside the source is assumed to be of infinite conductivity. ...

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Publisher Resources

ISBN: 9789332503328