EV1:.0KB/S1-10_Part8.pdf →Q1: For the signal f(t), shown in figure beside. Given that: t=1.i) Find Fourier Transform F(w)x(t)ii) Sketch amplitude and phase spectrum of F(w)3t-3tQ2. For the system shown beside; given that:91(t) = 104cos 2n (20 000)t10-G2(f) = 1g1(t)1f(kHz)y2(t)H(f)y(t)-30-101030i. Sketch: G1(f), Y¡(f), Y½(f) and Y(f)ii. Find the Bandwidth of: Y¡(f) and Y(f)g2(t)H(f)y:(t)

Answered: Image /qna-images/answer/2b69f911-7928-429b-94a4-b3bbfb7ae815.jpg

Answered: Q1: For the signal f(t), shown in…

Q1: For the signal f(t), shown in figure beside. Given that: =1. i) Find Fourier Transform F(w) x(1) ii) Sketch amplitude and phase spectrum of F(w) 2 3t -3t 1

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

EV
1:.0
KB/S
1-10_Part8.pdf →
Q1: For the signal f(t), shown in figure beside. Given that: t=1.
i) Find Fourier Transform F(w)
x(t)
ii) Sketch amplitude and phase spectrum of F(w)
3t
-3t
Q2. For the system shown beside; given that:
91(t) = 104
cos 2n (20 000)t
10-
G2(f) = 1
g1(t)
1
f(kHz)
y2(t)
H(f)
y(t)
-30
-10
10
30
i. Sketch: G1(f), Y¡(f), Y½(f) and Y(f)
ii. Find the Bandwidth of: Y¡(f) and Y(f)
g2(t)
H(f)
y:(t)

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