The network of Fig. 8-16 is driven by current I(s) across terminals yy′. The network function is H(s) = V(s)/I(s) = Z(s). The three branches are in parallel so that

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H(s) Z(s) = = 1 1 S + 2.5+5s 20 Again the poles are at -2 Np/s and -6 Np/s, which is the same result as that obtained in Example 8.10. 20s (s + 2)(s + 6) 3