A uniform plane wave propagates from region 1 (z<0) to region 2 (z>0). Given the conditions: The electric component of the wave in region 1: E(z,1) = 5e cos(27 x10°t – B,z)a, (V/m) Characteristic of region 1: oI = 10° (S/m), ɛ1 = 80ɛ0 (F/m), µi = µo (H/m), Characteristic of region 2: 02 = 104 (S/m), ɛ2 = 5ɛ0 (F/m), µ2 = µo (H/m). Find: a) The reflected electric component in region 1? b) The transmitted magnetic component in region 2? c) The distance d (m) where the phase of the transmitted magnetic component in region 2 is changed by 10z (rad)? d) The attenuation (in Decibel) at the distance d in question c)?

A uniform plane wave propagates from region 1 (z<0) to region 2 (z>0). Given the conditions: The electric component of the wave in region 1: E(z,1) = 5e cos(27 x10°t – B,z)a, (V/m) Characteristic of region 1: oI = 10° (S/m), ɛ1 = 80ɛ0 (F/m), µi = µo (H/m), Characteristic of region 2: 02 = 104 (S/m), ɛ2 = 5ɛ0 (F/m), µ2 = µo (H/m). Find: a) The reflected electric component in region 1? b) The transmitted magnetic component in region 2? c) The distance d (m) where the phase of the transmitted magnetic component in region 2 is changed by 10z (rad)? d) The attenuation (in Decibel) at the distance d in question c)?

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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