1) A transmission line is made made out of two parallel wires of 5 mm radius as shown in the figure below. The distance d between the axis of the wires is 3.5 cn. The wires are surrounded by matter of permeability u. Determine the value of self-inductance per unit length of the system. (Tip: for this transmission line, consider only the maguetic field betwoen the wires.) nt
1) A transmission line is made made out of two parallel wires of 5 mm radius as shown in the figure below. The distance d between the axis of the wires is 3.5 cn. The wires are surrounded by matter of permeability u. Determine the value of self-inductance per unit length of the system. (Tip: for this transmission line, consider only the maguetic field betwoen the wires.) nt
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![1) A transmission line is made made out of two parallel wires of 5 mm radius as shown in the
figure below. The distance d between the axis of the wires is 3.5 cm. The wires are surrounded by
matter of permeability a. Determine the value of self-inductance per unit length of the system.
(Tip: for this transımission line, consider only the magnetic fielkd betwoen the wires.)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F06e9cf2e-851b-4dc5-9b25-160a0ee9894b%2F6416409e-2f37-421b-9a99-bf8da6b2ec38%2F6td6fsf_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1) A transmission line is made made out of two parallel wires of 5 mm radius as shown in the
figure below. The distance d between the axis of the wires is 3.5 cm. The wires are surrounded by
matter of permeability a. Determine the value of self-inductance per unit length of the system.
(Tip: for this transımission line, consider only the magnetic fielkd betwoen the wires.)
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