9.18 The parallel-plate transmission line shown in Figure 9.7 has dimensionsb = 4 cm and d= 8 mm, while the medium between the plates ischaracterized by H, = 1, e, = 20, and o = 0. Neglect fields outside thedielectric. Given the field H = 5 cos(10°t – Bz)a, A/m, use Maxwell'sequations to help find (a) ß, if ß > 0; (b) the displacement current densityat z = 0; (c) the total displacement current crossing the surface x = 0.5d,direction.0 < y < b, 0 < z < 0.1 m in the:aydb.

∇×H=-∂Hy∂zax =-5βsin109t-βzax =20εo ∂E∂t20εo ∂E∂t=-5βsin109t-βzaxTaking integration…

9.18 i The parallel-plate transmission line shown in Figure 9.7 has dimensions b = 4 cm and d = 8 mm, while the medium between the plates is characterized by µ, = 1, €, = 20, and o = 0. Neglect fields outside the dielectric. Given the field H = 5 cos(10°t equations to help find (a) ß, if ß > 0; (b) the displacement current density at z = 0; (c) the total displacement current crossing the surface x = 0.5d, 0 < y < b, 0 < z < 0.1 m in the a, direction. %3D t – Bz)a, A/m, use Maxwell's %3D %3D

9.18 i The parallel-plate transmission line shown in Figure 9.7 has dimensions b = 4 cm and d = 8 mm, while the medium between the plates is characterized by µ, = 1, €, = 20, and o = 0. Neglect fields outside the dielectric. Given the field H = 5 cos(10°t equations to help find (a) ß, if ß > 0; (b) the displacement current density at z = 0; (c) the total displacement current crossing the surface x = 0.5d, 0 < y < b, 0 < z < 0.1 m in the a, direction. %3D t – Bz)a, A/m, use Maxwell's %3D %3D

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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