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If C₁and C₂are replaced with a value of 0.15 µF instead of 0.015 pF, the number of poles will Vin R1 1.2kO a. Remain the same O b. Decrease by 1 Oc. Increase by 1 Od. Double R₂ 1.2kO C1 HH 0.015µF C2 -0.015μF U1 Figure 3 w Vout R3 1.2kO R4 1.2kO

If C₁and C₂are replaced with a value of 0.15 µF instead of 0.015 pF, the number of poles will Vin R1 1.2kO a. Remain the same O b. Decrease by 1 Oc. Increase by 1 Od. Double R₂ 1.2kO C1 HH 0.015µF C2 -0.015μF U1 Figure 3 w Vout R3 1.2kO R4 1.2kO

Introductory Circuit Analysis (13th Edition)
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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If C₁and C₂are replaced with a value of 0.15 µF instead of 0.015 µF, the number of poles will Vin R₁ R₂ 1.2kO 1.2kO a. Remain the same Ob. Decrease by 1 Oc. Increase by 1 Od. Double C1 HH 0.015µF C2 -0.015μF U1 Figure 3 w Vout R3 1.2kO R4 1.2kO
Transcribed Image Text:If C₁and C₂are replaced with a value of 0.15 µF instead of 0.015 µF, the number of poles will Vin R₁ R₂ 1.2kO 1.2kO a. Remain the same Ob. Decrease by 1 Oc. Increase by 1 Od. Double C1 HH 0.015µF C2 -0.015μF U1 Figure 3 w Vout R3 1.2kO R4 1.2kO
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What is change in number of poles if value of capacitance is changed from 0.15 uF to 0.015uF.


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