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#7.7 An amplifier has a voltage transfer function 10° s T(s) = (s+10)(s+1000) Convert this to the form convenient for constructing Bode plots. Tthat is, place the S denominator factors in the form | 1+ Provide a Bode plot for the magnitude response, and use it to find approximate values for the amplifier gain at 1, 10, 10², 10°, 10ʻ and 10° rad/s. What would the actual gane be at 10 rad/s ? At 10 rad/s ?

#7.7 An amplifier has a voltage transfer function 10° s T(s) = (s+10)(s+1000) Convert this to the form convenient for constructing Bode plots. Tthat is, place the S denominator factors in the form | 1+ Provide a Bode plot for the magnitude response, and use it to find approximate values for the amplifier gain at 1, 10, 10², 10°, 10ʻ and 10° rad/s. What would the actual gane be at 10 rad/s ? At 10 rad/s ?

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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Homework- 7.7 & 7.11 (Frequency) #7.7 An amplifier has a voltage transfer function 10° s T(s) = (s +10)(s+1000) Convert this to the form convenient for constructing Bode plots. Tthat is, place the (1) S denominator factors in the form l+ a Provide a Bode plot for the magnitude response, and use it to find approximate values for the amplifier gain at 1, 10, 10², 10°, 10ʻ and 10° rad/s. What would the actual gane be at 10 rad/s ? At 10 rad/s ?
Transcribed Image Text:Homework- 7.7 & 7.11 (Frequency) #7.7 An amplifier has a voltage transfer function 10° s T(s) = (s +10)(s+1000) Convert this to the form convenient for constructing Bode plots. Tthat is, place the (1) S denominator factors in the form l+ a Provide a Bode plot for the magnitude response, and use it to find approximate values for the amplifier gain at 1, 10, 10², 10°, 10ʻ and 10° rad/s. What would the actual gane be at 10 rad/s ? At 10 rad/s ?
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