Given the following a 5 tap FM low pass filter with zero initial conditions, sampling rate of 8 KHzy(n) = x(n) — o.5 y(n —1) — o.5 y(n — 2)1. Find H(z) 2. Find the unit step response 3. Find 1/02.19 and plot its magnitude 4. Determine the lower cut off frequency of this filte Given the following a 5 tap FIR low pass filter with zero initial conditions, sampling rate of8 ΚHzУ(п) — х(п) — о.5 у(n — 1) — о.5 у(п — 2)1. Find H(z)2. Find the unit step response3. Find H(en) and plot its magnitude4. Determine the lower cut off frequency of this filter.

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Answered: Given the following a 5 tap FIR low…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

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Given the following a 5 tap FM low pass filter with zero initial conditions, sampling rate of 8 KHz
y(n) = x(n) — o.5 y(n —1) — o.5 y(n — 2)
1. Find H(z) 2. Find the unit step response 3. Find 1/02.19 and plot its magnitude 4. Determine the lower cut off frequency of this filte

Given the following a 5 tap FIR low pass filter with zero initial conditions, sampling rate of
8 ΚHz
У(п) — х(п) — о.5 у(n — 1) — о.5 у(п — 2)
1. Find H(z)
2. Find the unit step response
3. Find H(en) and plot its magnitude
4. Determine the lower cut off frequency of this filter.

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