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Consider the magnitude plot of transfer function obtained from series RLC circuit shown in figure 1, Answer the following. i) Design a series RLC passive filter with the help of magnitude plot. Assume the value of capacitor as 0.001 mF. Complete the figure by labeling all the critical points. Can we obtain plot shown in figure , from circuit having 3 capacitors in series with resistor? (yes or no) ii) iii)

Consider the magnitude plot of transfer function obtained from series RLC circuit shown in figure 1, Answer the following. i) Design a series RLC passive filter with the help of magnitude plot. Assume the value of capacitor as 0.001 mF. Complete the figure by labeling all the critical points. Can we obtain plot shown in figure , from circuit having 3 capacitors in series with resistor? (yes or no) ii) iii)

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Consider the magnitude plot of transfer function obtained from series RLC circuit shown in figure 1, Answer the following. i) Design a series RLC passive filter with the help of magnitude plot. Assume the value of capacitor as 0.001 mF. Complete the figure by labeling all the critical points. Can we obtain plot shown in figure, from circuit having 3 capacitors in series with ii) iii) resistor? (yes or no) Considering the input voltage 1040° , find the current through the circuit designed in part i, at center frequency. Find the quality factor. iv) v) 1 707 Hmere A 19 B (k w) Figure 1
Transcribed Image Text:Consider the magnitude plot of transfer function obtained from series RLC circuit shown in figure 1, Answer the following. i) Design a series RLC passive filter with the help of magnitude plot. Assume the value of capacitor as 0.001 mF. Complete the figure by labeling all the critical points. Can we obtain plot shown in figure, from circuit having 3 capacitors in series with ii) iii) resistor? (yes or no) Considering the input voltage 1040° , find the current through the circuit designed in part i, at center frequency. Find the quality factor. iv) v) 1 707 Hmere A 19 B (k w) Figure 1
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