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Electric Circuits and Networks, Ist Edition by Pearson
book

Electric Circuits and Networks, Ist Edition by Pearson

by K. S. Suresh Kumar
May 2024
Intermediate to advanced content levelIntermediate to advanced
840 pages
45h 20m
English
Pearson India
Content preview from Electric Circuits and Networks, Ist Edition by Pearson
not be the final value of v(t). For that matter v(t) may not have a final value at all. Let v(t)
be sin
ω
t. Then V(s)
ω
/(s
2
+
ω
2
) and sV(s) s
ω
/(s
2
+
ω
2
). Application of final value
theorem says that v() 0. But there is no unique final value for a sinusoidal waveform.
This conflict occurs because of wrong application of the theorem. The sV(s) function in this
case has poles on j
ω
-axis and hence the final value theorem is not applicable.
15.8 SOLUTION OF DIFFERENTIAL EQUATIONS BY USING
LAPLACE TRANSFORMS
One of the important applications of Laplace transform is in solving linear constant-
coefficient ordinary differential equations with initial ...
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Publisher Resources

ISBN: 9781299447028