The input x (t) to a low-pass filter (LPF) has the below spectrum X(f). Thefrequency response of the LPF has a cut-off at fcut = 75 Hz as depicted below.g(t) → G(f)178 (f.X(f)1-100 -50+100) 8(+50) 8f-50) 8f-100)x (t) → X (f)0 50100LPFHLP (f)1-75 0 75 f (Hz)A. Depict the spectrum G(f) at the output of the filter.B. What is the time-domain representation g(t) of the output signal.See, slides 42 and 43 in the week 2 presentation.

Given Data: The frequency spectrum of a signal Xf ranging -100≤f≤100 The frequency spectrum of a…

The input X(t) to a low-pass fiter (LPF) has the below spectrum frequency response of the LPF has a cut-off at fcut = 75 Hz as depicted below. g(t) → G(f) X(f) -100 -50 8(f+ 100) 8(+50) 8f-50)8f-100) x(t) → X(f) 0 50 100 f -75 LPF HLP (f) 0 75 f (Hz) A. Depict the spectrum G(f) at the output of the filter. B. What is the time-domain representation g(t) of the output signal.

The input X(t) to a low-pass fiter (LPF) has the below spectrum frequency response of the LPF has a cut-off at fcut = 75 Hz as depicted below. g(t) → G(f) X(f) -100 -50 8(f+ 100) 8(+50) 8f-50)8f-100) x(t) → X(f) 0 50 100 f -75 LPF HLP (f) 0 75 f (Hz) A. Depict the spectrum G(f) at the output of the filter. B. What is the time-domain representation g(t) of the output signal.

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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