PLEASE HELP R1R2L1VinC1VoutThe circuit above has the following parameters:R1=15 Ohm, R2=7 Ohm, L1=0.3 mH ("m"="milli"), L2=0.06 mH, C1=0.9 uF ("u"="micro");Notes:-- The frequency sweep must cover the range from 1 kHz to 100 kHzThe frequency sweep for the graphs must use no less than 100 frequency points-- The frequency axis must use decimal logarithmic scaleThe magnitude must be plotted using decibel units-- The phase must be plotted using degree units1) In the table below, enter the magnitude of the transfer function in dB at given frequencies (do not enter units)f1 = 2 kHz; M1 =f2 = 10 kHz; M2 =f3 = 80 kHz; M3 =Submit AnswerTries 0/52) In the table below, enter the phase of the transfer function in degrees at given frequencies (do not enter units)f1 = 2 kHz;Ph1 =f2 = 10 kHz; Ph2 =f3 = 80 kHz; Ph3 =

Answered: Image /qna-images/answer/cccbcc3e-c66b-419a-9d61-621a43c5b873.jpg

1) In the table below, enter the magnitude of the transfer function in dB at given frequencies (do not enter units) f1 = 2 kHz; M1 = f2 = 10 kHz; M2 | f3 = 80 kHz; M3 D Submit Answer Tries 0/5 2) In the table below, enter the phase of the transfer function in degrees at given frequencies (do not enter units) f1 = 2 kHz; Ph1 =| f2 = 10 kHz; Ph2 = %3D f3 = 80 kHz: Ph3 =

1) In the table below, enter the magnitude of the transfer function in dB at given frequencies (do not enter units) f1 = 2 kHz; M1 = f2 = 10 kHz; M2 | f3 = 80 kHz; M3 D Submit Answer Tries 0/5 2) In the table below, enter the phase of the transfer function in degrees at given frequencies (do not enter units) f1 = 2 kHz; Ph1 =| f2 = 10 kHz; Ph2 = %3D f3 = 80 kHz: Ph3 =

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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