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Determine the bandwidth ( w_BW ) and sampling time interval for the following systems.(Hint: Assume that 2pi = 6 ) " approximate value" a)Obtain the bandwidth ( wBW ) for the system with G_1(s) = 1 / ( (τ_1)*s+1) transfer function. check images

Determine the bandwidth ( w_BW ) and sampling time interval for the following systems.(Hint: Assume that 2pi = 6 ) " approximate value" a)Obtain the bandwidth ( wBW ) for the system with G_1(s) = 1 / ( (τ_1)*s+1) transfer function. check images

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Determine the bandwidth ( w_BW ) and sampling time interval for the following systems.(Hint: Assume that 2pi = 6 ) " approximate value"

a)Obtain the bandwidth ( wBW ) for the system with G_1(s) = 1 / ( (τ_1)*s+1) transfer function.  

check images

Obtain the bandwidth (waw ) for the system with G, (s)= transfer function. T,s+1
Transcribed Image Text:Obtain the bandwidth (waw ) for the system with G, (s)= transfer function. T,s+1
Determine the bandwidth ( waw ) and sampling time interval for the following systems.(Hint: Assume that 27 = 6 )
Transcribed Image Text:Determine the bandwidth ( waw ) and sampling time interval for the following systems.(Hint: Assume that 27 = 6 )
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