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Yes, I know.
But I don't find this useful to point out the difference, for example there is a power conversion in an electric impedance, while this is not the case with the wave impedance.
Im looking for a good source to point out the difference.
Does your "wave impedance" definition apply to relation fo fields (E/H) or circuit units (V/I)? the reason for the question is that you can have bounded waves (as in transmission lines) and unbounded waves (for example radiowaves or light in air).
As far as I know, electrical impedance is always related to a V/I ratio.
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