DSP HiwQ1:- A digidal Rilter has its single pole locetedat o-6 and Zero at origin inthe z-plane-a) what is the difference equation of the frlter?b) Construck its black digram-cJ find Ahe first three output sammples ofthefilter if the îinput sequence is {1,,0/0,2 QziHevingfittercimpulse response ofa continousfor ost< lomsecanh(t) =1_loota) Design a digital FIR Rilter havivg theabove response, if Sampling frequencyis $ KHz.b) Draw the FIR filter block diagram.

The pole of any system is the root of the denominator of the transfer function, whereas the zero is…

A digidal Rilter has its single pole located at o-6 and Zero at origin inthe z-plane- a) what is the difference equation of the frlter? b) Construck its block digram. J find the firs t three output samples of the filter if the îinput sequence is {l,,0/0,

A digidal Rilter has its single pole located at o-6 and Zero at origin inthe z-plane- a) what is the difference equation of the frlter? b) Construck its block digram. J find the firs t three output samples of the filter if the îinput sequence is {l,,0/0,

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

DSP

Hiw
Q1:- A digidal Rilter has its single pole loceted
at o-6 and Zero at origin inthe z-plane-
a) what is the difference equation of the frlter?
b) Construck its black digram-
cJ find Ahe first three output sammples ofthe
filter if the îinput sequence is {1,,0/0,2

Qzi
Heving
fitter
cimpulse response ofa continous
for ost< lomsec
an
h(t) =1_loot
a) Design a digital FIR Rilter havivg the
above response, if Sampling frequency
is $ KHz.
b) Draw the FIR filter block diagram.

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