mld=26287&page%3D6a signal x(t) = – sinc(-)is applied to the system shown in ithen the spectrum of the system output is to be :onx(t)dy(t)dtSelect one:Y (@) = rect(@)/j@Oa.%3DO b. Y (w) = jwrect(@)OY(@) = -jwrect(@ – 2)O a. Y(@) = jwrect(@) + n8(@)%3D05:12EN - E - 0DELL8808888-88-88-8IngertF11F12F10F6

a signal x(t)=12πsinct2 is applied to the system shown in figure then the spectrum of system output…

Answered: a signal x(t) = 1 %3D sinc-) is applied…

a signal x(t) = 1 %3D sinc-) is applied to the system shown in then the spectrum of the system output is to be : x(t) d y(t) dt Select one:

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

mld=26287&page%3D6
a signal x(t) = – sinc(-)
is applied to the system shown in i
then the spectrum of the system output is to be :
on
x(t)
d
y(t)
dt
Select one:
Y (@) = rect(@)/j@
Oa.
%3D
O b. Y (w) = jwrect(@)
OY(@) = -jwrect(@ – 2)
O a. Y(@) = jwrect(@) + n8(@)
%3D
05:12
EN - E - 0
DELL
8808888-88-88-8
Ingert
F11
F12
F10
F6

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