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Q.2\ Choose the values which are nearest to the correct choice to design an RL_low pass filter circuit with cutoff frequency equals to 2.5 kHz at Vi(max)=D4v R=1.25 kilo_ohm and L=100 mHO R=1.57 kilo_ohm and L=1 HO R=1.57 kilo_ohm and L-50 mH R=7.85 kilo_ohm and L=500 mH O

Q.2\ Choose the values which are nearest to the correct choice to design an RL_low pass filter circuit with cutoff frequency equals to 2.5 kHz at Vi(max)=D4v R=1.25 kilo_ohm and L=100 mHO R=1.57 kilo_ohm and L=1 HO R=1.57 kilo_ohm and L-50 mH R=7.85 kilo_ohm and L=500 mH O

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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Untitled Section Q.2\ Choose the values which are nearest to the correct choice to design an * RL_low pass filter circuit with cutoff frequency equals to 2.5 kHz at Vi(max)=D4v R=1.25 kilo_ohm and L=100 mH O R=1.57 kilo_ohm and L=1 H O R=1.57 kilo_ohm and L-50 mH O R=7.85 kilo_ohm and L-500 mH O
Transcribed Image Text:Untitled Section Q.2\ Choose the values which are nearest to the correct choice to design an * RL_low pass filter circuit with cutoff frequency equals to 2.5 kHz at Vi(max)=D4v R=1.25 kilo_ohm and L=100 mH O R=1.57 kilo_ohm and L=1 H O R=1.57 kilo_ohm and L-50 mH O R=7.85 kilo_ohm and L-500 mH O
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