Q. The dimension of a coaxial transmission line are ? = 4??, ? =17.5 ?? ??? ? = 20??. The conductivity of the inner and outer conductors are 1.3 × 106 ?/?, and the dielectric properties are ?_? = 1.2, ?′R = 2.5 ??? ?/(??′ ) = 0.015. Assume that the loss tangent is constant with the frequency of the transmission, determine ?, ?, ?, ? ??? ?0 ?? 120???.Image below. 9 (b)17.5 mm andc = 20mm. The conductivity of the inner and outer conductorsare 1.3 x 106 S/m, and the dielectric properties are µ_R = 1.2, ek =2.5 and o/(we' ) = 0.015. Assume that the loss tangent is constant with thefrequency of the transmission, determine L, C,R, G and Z, at 120MHZ.The dimension of a coaxial transmission line are a = 4mm, b

9 (b) It is given that: a=4 mm=4×10-3 mb=17.5 mm=17.5×10-3 mc=20 mm=20×10-3 mσc=1.3×106…

Answered: The dimension of a coaxial transmission…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

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Q. The dimension of a coaxial transmission line are ? = 4??, ? =
17.5 ?? ??? ? = 20??. The conductivity of the inner and outer conductors are 1.3 × 106 ?/?, and the dielectric properties are ?_? = 1.2, ?′R = 2.5 ??? ?/(??′ ) = 0.015. Assume that the loss tangent is constant with the frequency of the transmission, determine ?, ?, ?, ? ??? ?0 ?? 120???.

Image below.

9 (b)
17.5 mm andc = 20mm. The conductivity of the inner and outer conductors
are 1.3 x 106 S/m, and the dielectric properties are µ_R = 1.2, ek =
2.5 and o/(we' ) = 0.015. Assume that the loss tangent is constant with the
frequency of the transmission, determine L, C,R, G and Z, at 120MHZ.
The dimension of a coaxial transmission line are a = 4mm, b

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