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Home/1.69 Use the voltage-divider rule to derive the transfer functions T(s) ≡ Vo(s)/Vi(s) of the circuits shown in Fig. 1.22(a) and (b), and show that the transfer functions are of the form given at the top of Table 1.2.

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1.69 Use the voltage-divider rule to derive the transfer functions T(s) ≡ Vo(s)/Vi(s) of the circuits shown in Fig. 1.22(a) and (b), and show that the transfer functions are of the form given at the top of Table 1.2.

1.69 Use the voltage-divider rule to derive the transfer functions T(s) ≡ Vo(s)/Vi(s) of the circuits shown in Fig. 1.22(a) and (b), and show that the transfer functions are of the form given at the top of Table 1.2.

1.69 Use the voltage-divider rule to derive the transfer functions T(s) ≡ Vo(s)/Vi(s) of the circuits shown in Fig. 1.22(a) and (b), and show that the transfer functions are of the form given at the top of Table 1.2.

1.69 Use the voltage-divider rule to derive the transfer functions T(s) ≡ Vo(s)/Vi(s) of the circuits shown in Fig. 1.22(a) and (b), and show that the transfer functions are of the form given at the top of Table 1.2.