Following figure shows magnitude Bode diagram of a Band Pass Filter0.51001 10120130Frequency (rad's)Determine the value of inductor and resistor of a parallel RLC circuit whichsatifies the Bode diagram. Take C=1mFi) Value of inductor in Henries?ii) Value of resistor in Ohms?b) Using first-order prototype filters and cascade connection design a third-orderlow-pass filter with a cutoff frequency of 3krad/s and a passband gain of OdB. Use1000Qresistors.i) Determine the cutoff frequency of the third-order cascade prototype filter we32.(sp) apnautey

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Following figure shows magnitude Bode diagram of a Band Pass Filter 0.5 2.5 3.5 100 110 130 Frequency (radis) Determine the value of inductor and resistor of a parallel RLC circuit wi satifies the Bode diagram. Take C=1mF i) Value of inductor in Henries? ii) Value of resistor in Ohms? (sp) epnutey

Following figure shows magnitude Bode diagram of a Band Pass Filter 0.5 2.5 3.5 100 110 130 Frequency (radis) Determine the value of inductor and resistor of a parallel RLC circuit wi satifies the Bode diagram. Take C=1mF i) Value of inductor in Henries? ii) Value of resistor in Ohms? (sp) epnutey

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Question

Following figure shows magnitude Bode diagram of a Band Pass Filter
0.5
100
1 10
120
130
Frequency (rad's)
Determine the value of inductor and resistor of a parallel RLC circuit which
satifies the Bode diagram. Take C=1mF
i) Value of inductor in Henries?
ii) Value of resistor in Ohms?
b) Using first-order prototype filters and cascade connection design a third-order
low-pass filter with a cutoff frequency of 3krad/s and a passband gain of OdB. Use
1000Qresistors.
i) Determine the cutoff frequency of the third-order cascade prototype filter we3
2.
(sp) apnautey

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