HomeworkH.W 4.1: Determine the cutoff frequency of the lowpass filter described by:4.#أمير ماجدH(@) =%3D2+jw10Find the gain in dB and phase of H(@) at w = 2 rad/s. (Ans: 0.2, - 14.023, - 84.3)H.W 4.2: Design a series RLC type bandpass filter with cutoff frequencies of10 kHz and 11 kHz. Assuming C 80 pF, find R, L, and Q.(Ans: 18.045 k2, 2.872 H, 10.5)H.W 4.3: Determine the range of frequencies that will be passed by a seriesRLC bandpass filter with R 10 2, L = 25mH, and C = 0.4 u F. Find the%3Dquality factor. (Ans: 1.56 kHz

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Answered: H.W 4.1: Determine the cutoff frequency…

H.W 4.1: Determine the cutoff frequency of the lowpass filter described by: 4 H(@): 2+jw10 Find the gain in dB and phase of H(@) at w = 2 rad/s. (Ans: 0.2, - 14.023, - 84.3)

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Question

Homework
H.W 4.1: Determine the cutoff frequency of the lowpass filter described by:
4.
#أمير ماجد
H(@) =
%3D
2+jw10
Find the gain in dB and phase of H(@) at w = 2 rad/s. (Ans: 0.2, - 14.023, - 84.3)
H.W 4.2: Design a series RLC type bandpass filter with cutoff frequencies of
10 kHz and 11 kHz. Assuming C 80 pF, find R, L, and Q.
(Ans: 18.045 k2, 2.872 H, 10.5)
H.W 4.3: Determine the range of frequencies that will be passed by a series
RLC bandpass filter with R 10 2, L = 25mH, and C = 0.4 u F. Find the
%3D
quality factor. (Ans: 1.56 kHz <f<l.62 kHz, 25)

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