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The properties of the local coupling impedance that determines the efficiency of the electron–wave interaction in periodic slowwave structures are investigated. This impedance is determined (i) through the char acteristics of the electromagnetic field in a slowwave structure and (ii) through the parameters of a twoport chain simulating the structure. The continuous behavior of the local coupling impedance in the passbands of slowwave structures, at the boundaries of the passbands, and beyond the passbands is confirmed with the help of a waveguide–resonator model.
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