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It is shown that a reasonable fit of experimental to calculated data can be obtained with a simple model of the PdO/Ag-Pd glaze resistor. An equivalent circuit describing the temperature characteristics of the glaze resistor is proposed. The experimental measurements can be reproduced quite adequately over a considerable temperature range, using an equivalent circuit consisting of a semiconductor contact resistance in parallel with a metal. A quadratic term in (1/T2) in addition to the usual linear term with (1/T) for ln σ is used to obtain a good fit at low temperatures. (T = absolute temperature; σ = conductivity.) This parabolic curve approaches the experimentally observed values for palladium oxide.
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