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Given a dielectric material with conductivity, O = 0.1 S/m, dielectric permittivity &r = 9, and permeability, Hr= 1, and a wave with operating frequency f = 1 GHz , determine the attenuation constant, a and the phase constant B. A. a = 6.25 Np/m and B = 63.1 rad/m В. a = 4.85 Np/m and B = 45.5 rad/m C. a = 5.75 Np/m and B = 55.3 rad/m a = 7.75 Np/m and = 43.3 rad/m D.

Given a dielectric material with conductivity, O = 0.1 S/m, dielectric permittivity &r = 9, and permeability, Hr= 1, and a wave with operating frequency f = 1 GHz , determine the attenuation constant, a and the phase constant B. A. a = 6.25 Np/m and B = 63.1 rad/m В. a = 4.85 Np/m and B = 45.5 rad/m C. a = 5.75 Np/m and B = 55.3 rad/m a = 7.75 Np/m and = 43.3 rad/m D.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Given a dielectric material with conductivity, O = 0.1 S/m , dielectric permittivity &r = 9, and permeability, Hr = 1, and a wave with operating frequency = 1 GHz , determine the attenuation constant, O and the phase constant B. А. a = 6.25 Np/m and B = 63.1 rad/m В. a = 4.85 Np/m and B = 45.5 rad/m С. a = 5.75 Np/m and B = 55.3 rad/m %3D D. a = 7.75 Np/m and B = 43.3 rad/m
Transcribed Image Text:Given a dielectric material with conductivity, O = 0.1 S/m , dielectric permittivity &r = 9, and permeability, Hr = 1, and a wave with operating frequency = 1 GHz , determine the attenuation constant, O and the phase constant B. А. a = 6.25 Np/m and B = 63.1 rad/m В. a = 4.85 Np/m and B = 45.5 rad/m С. a = 5.75 Np/m and B = 55.3 rad/m %3D D. a = 7.75 Np/m and B = 43.3 rad/m
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