CH 1 V2 L1 H (jw): 10 mH The frequency response of this filter circuit represents the relationship between the V2 and VR3, where wo represents the cutoff frequency: V2 (jw) VR3 (jw) CH 2 = R3 1k Wo jw + wo Wo = R3 L1 1. Set the function generator to wo/100 (this frequency is in the passband) and record the following measurements using the oscilloscope. Include the proper units. VR3_pk (in the passband region):_ Power in R3 (in the passband region):_ 2. Set the function generator to wo (this is the cutoff frequency) and record the following measurements. Include the proper units. VR3_pk (at the cutoff frequency wo):_ Power in R3 (at the cutoff frequency wo):_ What is the ratio of the two powers: PR3 in Passband PR3 @ cutoff

CH 1 V2 L1 H (jw): 10 mH The frequency response of this filter circuit represents the relationship between the V2 and VR3, where wo represents the cutoff frequency: V2 (jw) VR3 (jw) CH 2 = R3 1k Wo jw + wo Wo = R3 L1 1. Set the function generator to wo/100 (this frequency is in the passband) and record the following measurements using the oscilloscope. Include the proper units. VR3_pk (in the passband region):_ Power in R3 (in the passband region):_ 2. Set the function generator to wo (this is the cutoff frequency) and record the following measurements. Include the proper units. VR3_pk (at the cutoff frequency wo):_ Power in R3 (at the cutoff frequency wo):_ What is the ratio of the two powers: PR3 in Passband PR3 @ cutoff

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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