The intrinsic impedance of copper at high frequency is
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Explanation: The intrinsic impedance is given by √(jwµ√ϭ + jw€). Since copper is a good conductor, ϭ << jw€, thus the intrinsic impedance will have +j component only. This refers to complex with an inductive component.
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"Intrinsic impedance describes the magnitude of the magnetic and electric fields present in the free space."
Intrinsic impedance of metal σ >> ωε, we have
η =√jωμσ + jωμ
The intrinsic impedance of copper is given by: √(j w µ√ϭ + j w €)
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