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Derivation of propagation of EM wave in a conducting medium

Propagation of EM wave in Lossy dielectric

Expression of propagation constant

Expression of attenuation constant

Expression of phase shift constant

Scalar wave equation

Expression of intrinsic impedance (eta) for perfect dielectric

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Derivation of propagation of EM wave in a perfect dielectric

Expression for : Attenuation constant, Phase shift constant, propagation constant, intrinsic impedance, wave length, velocity

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Derivation of propagation of EM wave in a good conductor

Expression for : Attenuation constant, Phase shift constant, propagation constant, intrinsic impedance, wave length, velocity

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Q) Derive the expression for attenuation constant and phase shift constant in a lossy dielectric

Calculation of alpha & beta of wave equation

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Skin depth

Skin effect

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Phase velocity

Group velocity

Animation explanation

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Derivation of reflection of plane wave at normal incidence

Derivation of reflection coefficient (Γ)

Derivation of transmission coefficient (τ)

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Derivation of reflection of plane wave at oblique incidence

Derivation of Snell's law

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Reflection of plane wave at oblique incidence - case 1 : Parallel polarization

Brewster angle

Fresnel's equation for parallel polarization

Reflection coefficient - Parallel polarized EM wave

Transmission coefficient - Parallel polarized EM wave

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Reflection of plane wave at oblique incidence - case 2 : Perpendicular polarization

Brewster angle

Fresnel's equation for perpendicular polarization

Reflection coefficient - Perpendicular polarized EM wave

Transmission coefficient - Perpendicular polarized EM wave

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Step by step solution

Q) An EM wave is designated by E=30 cos⁡〖(2π×〖10〗^6 t-βx) a_y 〗 is passing through a lossless dielectric medium of μr=3 and εr=27 having frequency f=200Mz. Determine β, λ ,ʋp and η

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Step by step solution

Q2) A uniform plane wave propagating in a medium has E=2e^(-αz) sin⁡〖(〖10〗^8 t-βz) a_y 〗 V/m. If the medium is characterised by εr=1, μr=20 and σ=3 s/m Find α,β & H

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Step by step solution

Q3) In a lossless dielectric for which η=60π, μr=1 and H=−0.1 cos⁡(ωt−z) a_x+0.5 sin⁡(ωt−z) a_y A/m. calculate εr, ω and E

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Step by step solution

Q4) Determine the skin depth in good conductor (conductivity σ=3.2×107 mhos/m) at frequency 10Mhz where μr=1

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Step by step solution

Q5) Given two dielectric media, the first medium is free space and the second medium has ε2 =4ε_0 and μ=μo. Find the reflection coefficient for oblique incidence at θ1= 30° for

i) perpendicular polarisation and ii) parallel polarisation