The driving point impedance of an LC network is given by Z(s)=(2s5+12s3+16s)/(s4+4s2+3). By taking the continued fraction expansion using first Cauer form, find the value of L1.

The driving point impedance of an LC network is given by Z(s)=(2s5+12s

1.	The driving point impedance of an LC network is given by Z(s)=(2s⁵+12s³+16s)/(s⁴+4s²+3). By taking the continued fraction expansion using first Cauer form, find the value of L₁.
A.	s
B.	2s
C.	3s
D.	4s
Answer» C. 3s

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The driving point impedance of an LC network is given by Z(s)=(2s5+12s3+16s)/(s4+4s2+3). By taking the continued fraction expansion using first Cauer form, find the value of L1.

The driving point impedance of an LC network is given by Z(s)=(2s5+12s3+16s)/(s4+4s2+3). By taking the continued fraction expansion using first Cauer form, find the value of L1.

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The driving point impedance of an LC network is given by Z(s)=(2s⁵+12s³+16s)/(s⁴+4s²+3). By taking the continued fraction expansion using first Cauer form, find the value of L₁.