Please solve as fast as possible. Urgent . An air-filled planar line made of copper (oc=7x10+07S/m, He=Ho=47 x 10+07H/mand ee =€, = 8.85142 x 10-12F/m), operates at 600 MHz. The electrical parameters forthe air dielectric are lo and eo. W=0.01,d=0.01.(a) Find the R, L, G, C parameters of the line:(b) Calculate the complex propagation constant, y=a+jB, of the line:(c) Calculate the characteristic impedance of the line.,

Sol. Given: σc = 7 x 107 S/m μ = μo = 4π x10-7 Hm∈ = ∈om = 8.85142x10-12 Fm δ = skin depth =…

An air-filled planar line made of copper (oe 7x10+orS/m,He=DHo=47x10+0H/m and 6, =8.85142 x 10-12F/m), operates at 600 MHz. The electrical parameters for the air dielectric are Ho and co. W=0.01,d=0.01. (a) Find the R, L, G, C parameters of the line: (b) Calculate the complex propagation constant, y=a+3B, of the line: (c) Calculate the characteristic impedance of the line.,

An air-filled planar line made of copper (oe 7x10+orS/m,He=DHo=47x10+0H/m and 6, =8.85142 x 10-12F/m), operates at 600 MHz. The electrical parameters for the air dielectric are Ho and co. W=0.01,d=0.01. (a) Find the R, L, G, C parameters of the line: (b) Calculate the complex propagation constant, y=a+3B, of the line: (c) Calculate the characteristic impedance of the line.,

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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