Chegg Solutions for Microelectronic Circuits (Adel S Sedra, Kenneth C Smith) (Z-Library)_parte_1871

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Step 1 of 3 17.042P Refer to the Figure 17.17(c) in the textbook. Determine the transfer function Consider the impedances and 2 (s) as follows: The resistance R and capacitor are in parallel. Impedance Z₂ (s) is, R = Impedance (s) is, Step 2 of 3 Apply voltage division rule across impedance Substitute sL for and for (s) in equation. = = Therefore, the transfer function Step 3 of 3 Equate the denominator term of the transfer function to the standard form 1 Thus, the frequency is , and the quality factor is JLC