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Design an RLC bandpass passive filter (parallel LC) if -5 KHz, C-lpF,=1KHZ, A) Draw the circuit, laheling the i/p and afp and drive an expression for Ha B) Determine the value of R. L, a,na and Q O Find V. at naif Fa=1 sin(ot). D) Sketch (approximately) the gain and phase shift versus m, indicating e, k. a E) Determine the new value of if a load of 1000 is applied to the filter and the sour

Design an RLC bandpass passive filter (parallel LC) if -5 KHz, C-lpF,=1KHZ, A) Draw the circuit, laheling the i/p and afp and drive an expression for Ha B) Determine the value of R. L, a,na and Q O Find V. at naif Fa=1 sin(ot). D) Sketch (approximately) the gain and phase shift versus m, indicating e, k. a E) Determine the new value of if a load of 1000 is applied to the filter and the sour

Introductory Circuit Analysis (13th Edition)
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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Design an RLC bundpass pussive filter (parallel LC) if f= 5 KHz, C=luF,/=IKHz, A) Draw the circuit, labeling the Mp and o/p and drive an expression for Ha B) Determine the value of R. L, oa, M2 and Q. O Find V, at en aif P=1 sin(ot). D) Sketch (approximately) the gain and phase shift versus m, indicating e, ekt, Oka. E) Determine the new value of #if a load of 1000 is applied to the filter and the source has Rin=10 0.
Transcribed Image Text:Design an RLC bundpass pussive filter (parallel LC) if f= 5 KHz, C=luF,/=IKHz, A) Draw the circuit, labeling the Mp and o/p and drive an expression for Ha B) Determine the value of R. L, oa, M2 and Q. O Find V, at en aif P=1 sin(ot). D) Sketch (approximately) the gain and phase shift versus m, indicating e, ekt, Oka. E) Determine the new value of #if a load of 1000 is applied to the filter and the source has Rin=10 0.
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