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Asked: 2023-07-19T11:12:02-04:00 In:

14.11 Consider a fifth-order filter whose poles are all at a radial distance from the origin of 105 rad/s. One pair of complex-conjugate poles is at 18° angles from the jω axis, and the other pair is at 54° angles. Give ω0 and Q of the poles and the transfer function in each of the following cases. (a) The transmission zeros are all at s = ∞ and the dc gain is unity. (b) The transmission zeros are all at s = 0 and the high-frequency gain is unity. What type of filter results in each case?

Venkyelectrical
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14.11 Consider a fifth-order filter whose poles are all at a radial distance from the origin of 105 rad/s. One pair of complex-conjugate poles is at 18° angles from the jω axis, and the other pair is at 54° angles. Give ω0 and Q of the poles and the transfer function in each of the following cases.

(a) The transmission zeros are all at s = ∞ and the dc gain is unity.
(b) The transmission zeros are all at s = 0 and the high-frequency gain is unity.
What type of filter results in each case?

microelectronics by sedra & smith chapter 14 questions

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  1. Venkyelectrical
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