H.WPA signal f(t) = 2e-atu(t) is applied to the input of system have frequencydetermine the required relations between thebtransfer function |H(@)|Va2+a?constants a and b such as/exactly 50% of the input energy on a 1-ohm basis, istransferred to the output.Note:In some systems, H(@) can be found using:ZoutH(@) =(2-28)Zin

Given Input signal f(t)=2e-atu(t)Frequency transfer functionH(ω)=bω2+a2

H.Wa A signal f(t) = 2e-atu(t) is applied to the input of systém have frequency transfer function |H(@)| determine the required relations between the Va2+a? constants a and b such aslexactly 50% of the input energy on a 1-ohm basis, is transferred to the output.

H.Wa A signal f(t) = 2e-atu(t) is applied to the input of systém have frequency transfer function |H(@)| determine the required relations between the Va2+a? constants a and b such aslexactly 50% of the input energy on a 1-ohm basis, is transferred to the output.

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

H.WP
A signal f(t) = 2e-atu(t) is applied to the input of system have frequency
determine the required relations between the
b
transfer function |H(@)|
Va2+a?
constants a and b such as/exactly 50% of the input energy on a 1-ohm basis, is
transferred to the output.
Note:
In some systems, H(@) can be found using:
Zout
H(@) =
(2-28)
Zin

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