+ L& lin(t) (t C= R L Vout(t) Given R = 23, L = 157µH,C = 12µF. a). Derive the expression for the magnitude component of system frequency response |Ĥ(ƒ)| in terms of frequency f. In your answer please use 'pi' to represent π, and DO NOT evaluate it numerically: |Ĥ(ƒ)| = help (formulas). b). Derive the expression for phase component of system frequency response OH (ƒ) in terms of frequency f. In your answer please use 'pi' to represent π, and DO NOT evaluate it numerically: OH(f) = help (formulas). c). Calculate the half-power frequency(ies) of the system. Please list all correct answers as a comma separated list. fHP = kHz help (numbers). d). Calculate the center frequency fc and |Ĥ(fc)|· fc = kHz help (numbers),

+ L& lin(t) (t C= R L Vout(t) Given R = 23, L = 157µH,C = 12µF. a). Derive the expression for the magnitude component of system frequency response |Ĥ(ƒ)| in terms of frequency f. In your answer please use 'pi' to represent π, and DO NOT evaluate it numerically: |Ĥ(ƒ)| = help (formulas). b). Derive the expression for phase component of system frequency response OH (ƒ) in terms of frequency f. In your answer please use 'pi' to represent π, and DO NOT evaluate it numerically: OH(f) = help (formulas). c). Calculate the half-power frequency(ies) of the system. Please list all correct answers as a comma separated list. fHP = kHz help (numbers). d). Calculate the center frequency fc and |Ĥ(fc)|· fc = kHz help (numbers),

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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