A engineer recorded the pulse response, f, of a channel crossing the time as integer multiple of the pulse duration T as the following1=-2T, f=0.04t=-T=-0.03t=0, f=1t=T,f=-0.12t=2T, f=0.02t=3T, f=0.071=4T, f=-0.06t=5T,f=0.03determine the mangitude of the worst case 0

The time domain signals can be continuous or discrete. The time domain signals can be periodic as…

A engineer recorded the pulse response, f, of a channel crossing the time as integer multiple of the pulse duration T as the following 1=-2T, =0.04 t=-T=0.03 t=0, f=1 1=T,f=-0.12 t=2T, =0.02 t=3T, 1=0.07 1=4T, f=-0 06 t-5T,1=0.03 determine the mangitude of the worst case

A engineer recorded the pulse response, f, of a channel crossing the time as integer multiple of the pulse duration T as the following 1=-2T, =0.04 t=-T=0.03 t=0, f=1 1=T,f=-0.12 t=2T, =0.02 t=3T, 1=0.07 1=4T, f=-0 06 t-5T,1=0.03 determine the mangitude of the worst case

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

A engineer recorded the pulse response, f, of a channel crossing the time as integer multiple of the pulse duration T as the following
1=-2T, f=0.04
t=-T=-0.03
t=0, f=1
t=T,f=-0.12
t=2T, f=0.02
t=3T, f=0.07
1=4T, f=-0.06
t=5T,f=0.03
determine the mangitude of the worst case 0

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