Vo 10 μF (a) f= 60 Hz www - Vout R 100 Ω 15. Determine the output voltage of each filter in Figure 18-43 at the specified frequency when Vin 10 V. 16. What is fe for each filter in Figure 18-43? Determine the output voltage at fe in each case (Vin = 10 V). 17. Draw the Bode plot for each filter in Figure 18-43. Vo C HE 4.7 μF (b) f = 400 Hz www -OV R 47 0 Vo- R www 330 Ω (c) f = 1 kHz "Helle - Vout L 5 mH R www 10 Ω (d) f= 2 kHz "Hell - Vout L 80 μ.

Vo 10 μF (a) f= 60 Hz www - Vout R 100 Ω 15. Determine the output voltage of each filter in Figure 18-43 at the specified frequency when Vin 10 V. 16. What is fe for each filter in Figure 18-43? Determine the output voltage at fe in each case (Vin = 10 V). 17. Draw the Bode plot for each filter in Figure 18-43. Vo C HE 4.7 μF (b) f = 400 Hz www -OV R 47 0 Vo- R www 330 Ω (c) f = 1 kHz "Helle - Vout L 5 mH R www 10 Ω (d) f= 2 kHz "Hell - Vout L 80 μ.

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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