QUESTION 6 Let R1 = R2 =10 KQ. Change C1 to 159 nF and C2 to 0.793 nF. At fcLowpass. what is the predicted phase shift of the output relative to input? Hint check Lec note -57 -45 O-42.86 45 Low Pass RC filters 48 JAR -127 -15 - #7 R Berence 1 kl Vo 20 24H: (og scale) Manual frequency pose -628 difference f/fc Gain = Gain = o(j) Vija) 10% 10kx Vo(jw) Vi(jw) -3048 - -jxc R-jXc 10c 10V, leads V) 000 £10 Difference = 5.7 fo S-domain notation: s=jo, o=2nf f/fc 1 2πRC 100 g scale) Difference 57

QUESTION 6 Let R1 = R2 =10 KQ. Change C1 to 159 nF and C2 to 0.793 nF. At fcLowpass. what is the predicted phase shift of the output relative to input? Hint check Lec note -57 -45 O-42.86 45 Low Pass RC filters 48 JAR -127 -15 - #7 R Berence 1 kl Vo 20 24H: (og scale) Manual frequency pose -628 difference f/fc Gain = Gain = o(j) Vija) 10% 10kx Vo(jw) Vi(jw) -3048 - -jxc R-jXc 10c 10V, leads V) 000 £10 Difference = 5.7 fo S-domain notation: s=jo, o=2nf f/fc 1 2πRC 100 g scale) Difference 57

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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