4) The coaxial cable in the figure has inner conductor with radius ra = 2.5mm and outer conductor which has inner radius r, = 1.8cm and outer radius is r. = 2cm. Calculate the total resistance per unit length at 50Hz and 1GHZ. The conductors are made up aluminum. (oạ1 = 36.9 x 106S/m, uo = 47n x 10-7H{m).
4) The coaxial cable in the figure has inner conductor with radius ra = 2.5mm and outer conductor which has inner radius r, = 1.8cm and outer radius is r. = 2cm. Calculate the total resistance per unit length at 50Hz and 1GHZ. The conductors are made up aluminum. (oạ1 = 36.9 x 106S/m, uo = 47n x 10-7H{m).
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![4) The coaxial cable in the figure has inner conductor with radius r, = 2.5mm and outer
conductor which has inner radius r, = 1.8cm and outer radius is r, = 2cm. Calculate the total
resistance per unit length at 50Hz and 1GHZ. The conductors are made up aluminum. (oa =
36.9 x 106S/m, lo = 4t x 10-7H/m).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6781e0df-1245-4e63-b450-8c635fdcf0c8%2F0d187c90-32bd-4dc3-ac57-9fce6c07373f%2Fspexke_processed.jpeg&w=3840&q=75)
Transcribed Image Text:4) The coaxial cable in the figure has inner conductor with radius r, = 2.5mm and outer
conductor which has inner radius r, = 1.8cm and outer radius is r, = 2cm. Calculate the total
resistance per unit length at 50Hz and 1GHZ. The conductors are made up aluminum. (oa =
36.9 x 106S/m, lo = 4t x 10-7H/m).
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