Consider the following LTI System shown below. If æ(t) = II(-3t + 9) +4, andc(t) = 6cos(60rt)x(t)y(t)c(t)The Fourier Transform of the output signal y(t) isO a. (sinc((f- 30)) +sinc((f- 30)))e rt + 125(f - 30) + 125(f+30)O b. (sinc((f – 30)) + sinc((f+30)))e t+128(f – 30) + 125(f - 30)O c. None of the mentionedO d. (sinc((f- 30)) + sinc((f + 30)))e rt +128(f – 30) + 125(f+30)O e. (sinc(3(f- 30)) +sinc(3(S+30)))e t+ 125(f- 30) +125(f+30)

Answered: Image /qna-images/answer/ea720a0b-a259-4516-88dc-8c9735c5c0c2.jpg

Consider the following LTI System shown below. If z(t) = II(-3t + 9) +4, and c(t) = 6cos(60nt) %3D %3D x(t) y(t) c(t) The Fourier Transform of the output signal y(t) is O a. (sinc( (f- 30)) + sinc((f- 30)))e t+ 125(f- 30)+ 126(f +30) O b. (sinc((f - 30)) + sinc((f+ 30)))e t + 128(f – 30) + 125(f – 30) O c. None of the mentioned O d. (sinc((f- 30)) + sinc((f + 30)))e rt +125(f – 30) + 125(f+30) O e. (sinc(3(f- 30)) + sinc(3(f+ 30)))e t+ 125(f – 30) +125(f+ 30)

Consider the following LTI System shown below. If z(t) = II(-3t + 9) +4, and c(t) = 6cos(60nt) %3D %3D x(t) y(t) c(t) The Fourier Transform of the output signal y(t) is O a. (sinc( (f- 30)) + sinc((f- 30)))e t+ 125(f- 30)+ 126(f +30) O b. (sinc((f - 30)) + sinc((f+ 30)))e t + 128(f – 30) + 125(f – 30) O c. None of the mentioned O d. (sinc((f- 30)) + sinc((f + 30)))e rt +125(f – 30) + 125(f+30) O e. (sinc(3(f- 30)) + sinc(3(f+ 30)))e t+ 125(f – 30) +125(f+ 30)

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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