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Use MATLAB to plot the magnitude-squared of the following system frequency response using the following steps: H(ejw) = = C. 1 1-e-2jw a. Form an array for w to represent frequency values on the horizontal (independent variable) axis. This array should have a minimum value of -π, a maximum value of π, and contain 101 values. b. Form an array Hm [w] for the magnitude-squared of the frequency response using the w array as the independent variable: Hm[w] = |H(ejw)|² = H (ejw)H(e-jw) Plot Hm [w] using the w array as the horizontal axis.

Use MATLAB to plot the magnitude-squared of the following system frequency response using the following steps: H(ejw) = = C. 1 1-e-2jw a. Form an array for w to represent frequency values on the horizontal (independent variable) axis. This array should have a minimum value of -π, a maximum value of π, and contain 101 values. b. Form an array Hm [w] for the magnitude-squared of the frequency response using the w array as the independent variable: Hm[w] = |H(ejw)|² = H (ejw)H(e-jw) Plot Hm [w] using the w array as the horizontal axis.

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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Use MATLAB to plot the magnitude-squared of the following system frequency response using the following steps: H(ejw) = 1 1 - e -2jw a. Form an array for w to represent frequency values on the horizontal (independent variable) axis. This array should have a minimum value of -, a maximum value of π, and contain 101 values. C. b. Form an array Hm [w] for the magnitude-squared of the frequency response using the w array as the independent variable: Hm[w] = |H(ejw)² = H(ejw)H(e-jw) Plot Hm [w] using the w array as the horizontal axis.
Transcribed Image Text:Use MATLAB to plot the magnitude-squared of the following system frequency response using the following steps: H(ejw) = 1 1 - e -2jw a. Form an array for w to represent frequency values on the horizontal (independent variable) axis. This array should have a minimum value of -, a maximum value of π, and contain 101 values. C. b. Form an array Hm [w] for the magnitude-squared of the frequency response using the w array as the independent variable: Hm[w] = |H(ejw)² = H(ejw)H(e-jw) Plot Hm [w] using the w array as the horizontal axis.
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