x(t)wwwR10.59Fig. 2C11/2piFپار= y(t) and plot the impu-13. Fig 2 shows an RC filter circuit constructed with a 0.5 2 resistor and a (27) Fcapacitor. For the input signal r(t) = 4 cos(4nt) + 4 cos(12πt), assume that thedesired signal is the 2 Hz cosine and the 6 Hz cosine is an interference. Find:(a) The system's frequency response, amplitude response, and phase response;(b) The spectrum, Y(f) of the output signal, y(t);(c) The output signal.(d) Find the spectrum of the output signal when the input is r(t) = 411(t-1).

Answered: Image /qna-images/answer/a31f0310-273c-4c88-b42e-0177354e2579.jpg

Answered: x(t) M R1 0.592 C1 1/2piF y(t)

Engineering

Electrical Engineering

x(t) M R1 0.592 C1 1/2piF y(t)

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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Question

x(t)
www
R1
0.59
Fig. 2
C1
1/2piF
پار
= y(t)

and plot the impu
-1
3. Fig 2 shows an RC filter circuit constructed with a 0.5 2 resistor and a (27) F
capacitor. For the input signal r(t) = 4 cos(4nt) + 4 cos(12πt), assume that the
desired signal is the 2 Hz cosine and the 6 Hz cosine is an interference. Find:
(a) The system's frequency response, amplitude response, and phase response;
(b) The spectrum, Y(f) of the output signal, y(t);
(c) The output signal.
(d) Find the spectrum of the output signal when the input is r(t) = 411(t-1).

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