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14.22 The input to the series RLC bandpass filter designed in Probiem 14.21 is 20 cos wt V. Find the voltage drop across the resistor when (a) w = woi (b) w = wa;(c) w=@a;(d) w =0.1w.; (e) w = 10w.

14.22 The input to the series RLC bandpass filter designed in Probiem 14.21 is 20 cos wt V. Find the voltage drop across the resistor when (a) w = woi (b) w = wa;(c) w=@a;(d) w =0.1w.; (e) w = 10w.

Delmar's Standard Textbook Of Electricity
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter27: Single-phase Transformers
Section: Chapter Questions
Problem 2PP: EP240VIPNPRatioEs320VIsNs280Z=500
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Q14.22

Answers to 14.21:  C = 5 nF, L = 79.16 mH, R = 1.99 kΩ, ωc1 = 39246.1 rad/s, ωc2 = 64378.8 rad/s

14.21 Design a series RLC bandpass filter (see Fig. 14.19[a}) with a quality of 2 and a center frequency of 8 kHz, using a 5 nF capacitor. a) Draw your circuit, labeling the component val- ues and output voltage. b) For the filter in part (a), calculate the bandwidth and the values of the two cutoff frequencies. 14.22 The input to the series RLC bandpass filter designed in Probiem 14.21 is 20 cos wt V. Find the voltage drop across the resistor when (a) w = wo; (b) w =wei; (c) w=@a;(d) w =0.1w,; (e) w =10w,.
Transcribed Image Text:14.21 Design a series RLC bandpass filter (see Fig. 14.19[a}) with a quality of 2 and a center frequency of 8 kHz, using a 5 nF capacitor. a) Draw your circuit, labeling the component val- ues and output voltage. b) For the filter in part (a), calculate the bandwidth and the values of the two cutoff frequencies. 14.22 The input to the series RLC bandpass filter designed in Probiem 14.21 is 20 cos wt V. Find the voltage drop across the resistor when (a) w = wo; (b) w =wei; (c) w=@a;(d) w =0.1w,; (e) w =10w,.
L. L. (b) L. (c)
Transcribed Image Text:L. L. (b) L. (c)
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