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Consider the active bandpass filter shown below, which passes frequencies between 160 rad/s and 500 rad/s with a passband gain of K=5. Assuming that the capacitors are of C=500 ​nF, determine the values of R1, R2 and Rf.

Consider the active bandpass filter shown below, which passes frequencies between 160 rad/s and 500 rad/s with a passband gain of K=5. Assuming that the capacitors are of C=500 ​nF, determine the values of R1, R2 and Rf.

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 active bandpass filter shown below, which passes frequencies between 160 rad/s and 500 rad/s with a passband gain of K=5. Assuming that the capacitors are of C=500 ​nF, determine the values of R1, R2 and Rf.
Consider the active bandpass filter shown below, which passes frequencies between 160 rad/s and 500 rad/s with a passband gain of K=5. Assuming that the capacitors are of C=500 nF, determine the values of R1, R2 and Rf. www R1 R2 Rf www ww R1 Vs R2 1 ko 625 0 A. 10000 2 В. C. 6000 0 6250 Q D. 1250 Q Е. R1 6600 0 F. v R2 12500 Q G. v Rf 4500 Q Н. 5000 Q I. 20000 2 J. 50000 0 K. 4000 Q L. М. 5250 0
Transcribed Image Text:Consider the active bandpass filter shown below, which passes frequencies between 160 rad/s and 500 rad/s with a passband gain of K=5. Assuming that the capacitors are of C=500 nF, determine the values of R1, R2 and Rf. www R1 R2 Rf www ww R1 Vs R2 1 ko 625 0 A. 10000 2 В. C. 6000 0 6250 Q D. 1250 Q Е. R1 6600 0 F. v R2 12500 Q G. v Rf 4500 Q Н. 5000 Q I. 20000 2 J. 50000 0 K. 4000 Q L. М. 5250 0
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