The driving point impedance of an LC network is given by Z(s)=(s^4+4s^2+3)/(s^3+2s). By taking the continued fraction expansion using second Cauer form, find the value of C3.

asked Oct 12, 2021 in Education by JackTerrance

The driving point impedance of an LC network is given by Z(s)=(s^4+4s^2+3)/(s^3+2s). By taking the continued fraction expansion using second Cauer form, find the value of C3. (a) 25/s (b) 2/25s (c) 25/3s (d) 25/4s I had been asked this question during an online interview. The query is from Synthesis of Reactive One-Ports by Cauer Method topic in division Elements of Realizability and Synthesis of One-Port Networks of Network Theory Select the correct answer from above options network theory questions and answers, network theory questions pdf, network theory question bank, network theory gate questions and answers pdf, mcq on network theory pdf, gate network theory questions and solutions, network theory mcq Test , ies network theory questions, Network theory Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)

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Q: The driving point impedance of an LC network is given by Z(s)=(s^4+4s^2+3)/(s^3+2s). By taking the continued fraction expansion using second Cauer form, find the value of C1.

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Q: The driving point impedance of an LC network is given by Z(s)=(2s^5+12s^3+16s)/(s^4+4s^2+3). By taking the continued fraction expansion using first Cauer form, find the value of C2.

The driving point impedance of an LC network is given by Z(s)=(2s^5+12s^3+16s)/(s^4+4s^2+3). ... theory Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...

asked Oct 12, 2021 in Education by JackTerrance

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Q: The driving point impedance of an LC network is given by Z(s)=(2s^5+12s^3+16s)/(s^4+4s^2+3). By taking the continued fraction expansion using first Cauer form, find the value of L3.

The driving point impedance of an LC network is given by Z(s)=(2s^5+12s^3+16s)/(s^4+4s^2+3). ... theory Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...

asked Oct 12, 2021 in Education by JackTerrance

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The driving point impedance of an LC network is given by Z(s)=(2s^5+12s^3+16s)/(s^4+4s^2+3). ... theory Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...

asked Oct 12, 2021 in Education by JackTerrance

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asked Oct 12, 2021 in Education by JackTerrance

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