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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
5.4 COMPENSATION THEOREM

The circuit in Fig. 5.4-1(a) has a resistor marked as R. It has a nominal value of 2 Ω. Mesh analysis was carried out to find the current in this resistor and the current was found to be 1 A as marked in the circuit as in Fig. 5.4-1(a).

Now, let us assume that the resistor value changes by ΔR to RR. Correspondingly all circuit variables change by small quantities as shown in Fig. 5.4-1(b). The current through that resistor will also change to i+ Δi. We can conduct a mesh analysis once again and get a new solution. However, we can do better than that. We can work out changes in variables everywhere by solving a single-source circuit and then construct the circuit solution by adding change to the initial solution value. ...

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Publisher Resources

ISBN: 9789332503328