4+Page4. For two systems with impulse responseshi[n] = (0.3)" u[n]h2[n] = (0.7)" u[n]pud(a) Write down their transfer functions, H1(z) and H2(z). Include theROCS.(b)Determine the transfer function for the parallel interconnection ofthese two systems. Indicate the ROC and all the poles and zeros.Plot the pole-zero diagram as well.(c)Using the result of part (b) above:Determine all possible inverse systems, H1(z).(i)Indicate which inverse is causal, and whether thisinverse is stable and/or FIR? Explain.O words

Impulse responses of two systems are given: h1n=0.3nun;h2n=0.7nun We have to determine: Transfer…

Answered: For two systems with impulse responses…

For two systems with impulse responses hi[n] = (0.3)" u[n] h>[n] = (0.7)" u[n] and (a) Write down their transfer functions, H:(z) and H2(z). Include the ROCS. 4.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Question

4+
Page
4. For two systems with impulse responses
hi[n] = (0.3)" u[n]
h2[n] = (0.7)" u[n]
pud
(a) Write down their transfer functions, H1(z) and H2(z). Include the
ROCS.
(b)Determine the transfer function for the parallel interconnection of
these two systems. Indicate the ROC and all the poles and zeros.
Plot the pole-zero diagram as well.
(c)Using the result of part (b) above:
Determine all possible inverse systems, H1(z).
(i)
Indicate which inverse is causal, and whether this
inverse is stable and/or FIR? Explain.
O words

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