A voltage source with a source resistance of 12 is connected to a low pass Butterworth filter (Both inductors are of 1 H and the shunt capacitor is of 2 F). A load resistor is connected at the output. (i) What is insertion loss of a 2- port network? (ii) Prove that the insertion loss is IL=1010g[0.25|4+B+C+D[²] dB (iii) Using ABCD matrix, calculate the voltage gain in dB of the filter if the frequency is 1 MHz.
A voltage source with a source resistance of 12 is connected to a low pass Butterworth filter (Both inductors are of 1 H and the shunt capacitor is of 2 F). A load resistor is connected at the output. (i) What is insertion loss of a 2- port network? (ii) Prove that the insertion loss is IL=1010g[0.25|4+B+C+D[²] dB (iii) Using ABCD matrix, calculate the voltage gain in dB of the filter if the frequency is 1 MHz.
Introductory Circuit Analysis (13th Edition)
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According to the policy please solve all three subparts
![(a)
A voltage source with a source resistance of 1 Q is connected to a low
pass Butterworth filter (Both inductors are of 1 H and the shunt capacitor
is of 2 F). A load resistor is connected at the output.
(i) What is insertion loss of a 2- port network?
(ii) Prove that the insertion loss is
IL-1010g[0.25/4+B+C+D²] dB
(iii) Using ABCD matrix, calculate the voltage gain in dB of the filter if
the frequency is 1 MHz.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3e86c34a-a4a7-42c0-b8a8-45e303a83e93%2F577235bb-9e33-4d20-a259-4fb6ab9df839%2Fhnqixfw_processed.jpeg&w=3840&q=75)
Transcribed Image Text:(a)
A voltage source with a source resistance of 1 Q is connected to a low
pass Butterworth filter (Both inductors are of 1 H and the shunt capacitor
is of 2 F). A load resistor is connected at the output.
(i) What is insertion loss of a 2- port network?
(ii) Prove that the insertion loss is
IL-1010g[0.25/4+B+C+D²] dB
(iii) Using ABCD matrix, calculate the voltage gain in dB of the filter if
the frequency is 1 MHz.
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