The following system is used to filter a continuous-time signal using a discrete-time filter H(ju) (a) x(t), X(jw) and H(elw) are shown in the following figures. x[t) 3. 1 2. X(jw) -500 π 500 π 4 5 t (msec) A. Using Ts = 0.5 millisecond, draw X,(jw), and X,(jw). Label the x-axis and y- axis correctly. Only partial credit if labels are not shown correctly. В. Using Ts = 1/D millisecond (where D is the first digit of your student ID, for example if your student ID is 32396 the value of D will be 3), draw p(t), xp„(t), and x(n). Label the x-axis and y-axis correctly. Only partial credit if labels are not shown correctly. Which of the following sampling periods (T:1=D seconds and T2=D milliseconds) C. would result in Aliasing. Explain your answer? (where D is the first digit of your student ID, for example if your student ID is 32396 the value of D will be 3)

The following system is used to filter a continuous-time signal using a discrete-time filter H(ju) (a) x(t), X(jw) and H(elw) are shown in the following figures. x[t) 3. 1 2. X(jw) -500 π 500 π 4 5 t (msec) A. Using Ts = 0.5 millisecond, draw X,(jw), and X,(jw). Label the x-axis and y- axis correctly. Only partial credit if labels are not shown correctly. В. Using Ts = 1/D millisecond (where D is the first digit of your student ID, for example if your student ID is 32396 the value of D will be 3), draw p(t), xp„(t), and x(n). Label the x-axis and y-axis correctly. Only partial credit if labels are not shown correctly. Which of the following sampling periods (T:1=D seconds and T2=D milliseconds) C. would result in Aliasing. Explain your answer? (where D is the first digit of your student ID, for example if your student ID is 32396 the value of D will be 3)

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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