a XCF) = 5 SCF - 2000 +58(f+2000 )+3 6(F-300) + S(F+300)> XE) = 2-56(f-2000) +2-5 6CF+2000) +1-5 S(F-3000) +Noo the sampled spectaum Expression is1•5 6(F+3000)Xs (F )= Ę Ž x(f-nfs) = Ss 2 xCfnfs)Ts n=-d0nニの- )8000 Ž XCF-n800nニーの%3DI need the drawing step by stepand each information separatelyStep 3 of 5:)The spectoumX( F) is2.511-5FCKHZ)2-2-3we cam drao spedtoum asOn puttingn from -o to +oo2.5X8000 =20,000120005 6 8 10 I| 13 14 16 18 212*a 44 -14 -13 -1 -l0-G -6-5 -3 -2 o4 KHZcut off Frequermcy is* output spectoum is20, O0012,000FCKHZ)-3 -2Nouo equation 5 oulput spectrum is24000Cos(an x3000t) + 49000 COs(anx2000

Answered: Image /qna-images/answer/0eb90d16-b726-447e-b36f-dce4cf6d3ac0.jpg

→ XCF) = SCf - 2000 +56(f+200) + [6(F-300)+ S(F+30) > XE) = 2-56(F-2000) +2-5 6CF+2000) + 1-5 6(F -3000) + Nao the sampled spectoum Expession is l•5 6(F+3000) Xs (F ) = Ę Ž x(F-nfs) = fs 2 xCfns) 「Ts nニ-0 n=-0 8000 Ž XCF-n8000) %3D nニ-の I need the drawing step by step and each information separately Step 3 of 5:) The spectaum XC F) is 2.5 91-5 FCKHZ) 3. 2 -3 we can draw speatoum as On puttingn from -o to +oo 2.5x8000 =20,000 12000 2. 3 568 1o || 13 14 16 18 21 2 19 -14 -3 -1 -lo-g -6-5-3 -2 cut f Frequency is 4KHZ output spectrum is 20, O00 12,000 FCKHZ) 3 -3 -2 0 2 NOUO equation 5 output spectrum is IE)= 24000cos(2n x3000t) + 49000 Cos(atnx20 %3D

→ XCF) = SCf - 2000 +56(f+200) + [6(F-300)+ S(F+30) > XE) = 2-56(F-2000) +2-5 6CF+2000) + 1-5 6(F -3000) + Nao the sampled spectoum Expession is l•5 6(F+3000) Xs (F ) = Ę Ž x(F-nfs) = fs 2 xCfns) 「Ts nニ-0 n=-0 8000 Ž XCF-n8000) %3D nニ-の I need the drawing step by step and each information separately Step 3 of 5:) The spectaum XC F) is 2.5 91-5 FCKHZ) 3. 2 -3 we can draw speatoum as On puttingn from -o to +oo 2.5x8000 =20,000 12000 2. 3 568 1o || 13 14 16 18 21 2 19 -14 -3 -1 -lo-g -6-5-3 -2 cut f Frequency is 4KHZ output spectrum is 20, O00 12,000 FCKHZ) 3 -3 -2 0 2 NOUO equation 5 output spectrum is IE)= 24000cos(2n x3000t) + 49000 Cos(atnx20 %3D

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

a XCF) = 5 SCF - 2000 +58(f+2000 )+3 6(F-300) + S(F+300)
> XE) = 2-56(f-2000) +2-5 6CF+2000) +1-5 S(F-3000) +
Noo the sampled spectaum Expression is
1•5 6(F+3000)
Xs (F )= Ę Ž x(f-nfs) = Ss 2 xCfnfs)
Ts n=-d0
nニの
- )
8000 Ž XCF-n800
nニーの
%3D
I need the drawing step by step
and each information separately
Step 3 of 5:)
The spectoum
X( F) is
2.5
11-5
FCKHZ)
2
-2
-3
we cam drao spedtoum as
On puttingn from -o to +oo
2.5X8000 =20,000
12000
5 6 8 10 I| 13 14 16 18 21
2
*a 44 -14 -13 -1 -l0-G -6-5 -3 -2 o
4 KHZ
cut off Frequermcy is
* output spectoum is
20, O00
12,000
FCKHZ)
-3 -2
Nouo equation 5 oulput spectrum is
24000Cos(an x3000t) + 49000 COs(anx2000

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