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b) For the below system, fo = 150 Hz, f 1 = 100 Hz, and f 2 = 200 Hz. Note that x(t) is a continuous time signal and h(t) is the impulse response of the LTI system. Answer the following questions. (HINT: You may want to use some of the Fourier Transform properties (e.g., frequency shift property, convolution property, etc.) Frequency Shift Block (-f₁) x₁(t) |y1(t) h(t) = sinc(f₂t) x(t) = cos(wot) Frequency Shift Block (₤1)- h(t) = sinc(f₂t) x2(t) y2(t) (i) Find xi(t). (ii) Find x2(t). (iii) Find yi(t). (iv) Find y2(t). (v) Find z(t). z(t)

b) For the below system, fo = 150 Hz, f 1 = 100 Hz, and f 2 = 200 Hz. Note that x(t) is a continuous time signal and h(t) is the impulse response of the LTI system. Answer the following questions. (HINT: You may want to use some of the Fourier Transform properties (e.g., frequency shift property, convolution property, etc.) Frequency Shift Block (-f₁) x₁(t) |y1(t) h(t) = sinc(f₂t) x(t) = cos(wot) Frequency Shift Block (₤1)- h(t) = sinc(f₂t) x2(t) y2(t) (i) Find xi(t). (ii) Find x2(t). (iii) Find yi(t). (iv) Find y2(t). (v) Find z(t). z(t)

Introductory Circuit Analysis (13th Edition)
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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b) For the below system, fo = 150 Hz, f 1 = 100 Hz, and f 2 = 200 Hz. Note that x(t) is a continuous time signal and h(t) is the impulse response of the LTI system. Answer the following questions. (HINT: You may want to use some of the Fourier Transform properties (e.g., frequency shift property, convolution property, etc.) Frequency Shift Block (-f₁) x₁(t) |y1(t) h(t) = sinc(f₂t) x(t) = cos(wot) Frequency Shift Block (₤1)- h(t) = sinc(f₂t) x2(t) y2(t) (i) Find xi(t). (ii) Find x2(t). (iii) Find yi(t). (iv) Find y2(t). (v) Find z(t). z(t)
Transcribed Image Text:b) For the below system, fo = 150 Hz, f 1 = 100 Hz, and f 2 = 200 Hz. Note that x(t) is a continuous time signal and h(t) is the impulse response of the LTI system. Answer the following questions. (HINT: You may want to use some of the Fourier Transform properties (e.g., frequency shift property, convolution property, etc.) Frequency Shift Block (-f₁) x₁(t) |y1(t) h(t) = sinc(f₂t) x(t) = cos(wot) Frequency Shift Block (₤1)- h(t) = sinc(f₂t) x2(t) y2(t) (i) Find xi(t). (ii) Find x2(t). (iii) Find yi(t). (iv) Find y2(t). (v) Find z(t). z(t)
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