Q2: The circuit shown is used to pass different frequency bands by changing capacitor's value. If C=1µF and the circuit selection input within 1-10KHZ. 1- Find the value of R and L. 2- Assign the output terminals on the circuits. 3- Drive an expression for He). 4- Calculate o. 0 el, O c2, Q and B. 5- If the circuit is used to reject (stop) the band 1-10KHZ, assign the output terminals and what would be the cut off frequencies. Se. . 6- Sketch an approximate graph for | H(ol verses a, indicating the valuc of Hct O, , 0el, O2,for passing and rejection cases.
Q2: The circuit shown is used to pass different frequency bands by changing capacitor's value. If C=1µF and the circuit selection input within 1-10KHZ. 1- Find the value of R and L. 2- Assign the output terminals on the circuits. 3- Drive an expression for He). 4- Calculate o. 0 el, O c2, Q and B. 5- If the circuit is used to reject (stop) the band 1-10KHZ, assign the output terminals and what would be the cut off frequencies. Se. . 6- Sketch an approximate graph for | H(ol verses a, indicating the valuc of Hct O, , 0el, O2,for passing and rejection cases.
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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Transcribed Image Text:Q2: The circuit shown is used to pass different
frequency bands by changing capacitor's value.
If C-lpF and the circuit selection input within
1-10KHZ.
1- Find the value of R and L.
f..
2- Assign the output terminals on the
circuits.
3- Drive an expression for H).
4- Calculate o., O cl, O c2, Q and B.
5- If the circuit is used to reject (stop) the band L-10KHZ, assign the output terminals
and what would be the cut off frequencies. Se. ..
6- Sketch an approximate graph for | H(o verses o, indicating the valuc of ct
W, , 0 el, Oc2, for passing and rejection cases.
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