FIELD: thermoelectric instrumentation.
SUBSTANCE: invention can be used for switching branches in the production of thermoelectric elements operating in a wide temperature range. Essence: thermoelectric element consists of two semiconductor branches of n- and p-type conductivity, the upper faces of which are connected by a common switching bus by permanent connection. An individual switching bus is connected to each lower face of the semiconductor branches of n- and p-type conductivity. Part of the upper switching bus in the area between the semiconductor branches of n- and p-type conductivity has a corrugated flexible structure that compensates for thermal stresses in the thermoelement.
EFFECT: ensuring thermal stability, increasing the mechanical strength and reliability of the thermoelement in a wide range of operating temperatures.
1 cl, 2 dwg, 1 tbl
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Authors
Dates
2023-07-17—Published
2022-12-06—Filed