FIELD: electrical engineering.
SUBSTANCE: thermoelectric device for removing heat from elements of radio electronic equipment (REE). In the main heat exchanger in the horizontal direction perpendicular to each other two groups of through cylindrical air ducts are made, which are tubes made of highly thermally conductive material, each group is implemented in a corridor pattern, the upper ones are located in height below the level of the surface of the recess in which the REE element is located, at a distance of 2 mm from it, and on the sides of the main heat exchanger opposite each other with the help of fasteners, two pairs of fan units are installed, blowing air through two groups of through cylindrical air ducts, respectively. The device comprises the TEB main section located in the centre and two additional TEB sections located at the edges, which form a structure having a recess in its central part, in which, with the provision of thermal contact with the heat-absorbing junctions of the TEB main section, the REE heat-generating element is installed. An additional heat exchanger also made in the form of an evaporative heat sink is in contact with the heat-absorbing junctions of the TEB additional sections and the REE heat-generating element. A temperature sensor is installed in contact with the EE heat-generating element, the output of which is electrically connected to the input of the temperature controller, the output of the latter is electrically connected to the main and additional sections of the TEB.
EFFECT: improving the efficiency of heat removal from the REE element by increasing the intensity of heat removal from the heat-generating junctions of the sections of the thermoelectric battery through the main heat exchanger due to the organization of forced air heat removal from.
1 cl, 1 dwg
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Authors
Dates
2023-07-14—Published
2023-01-31—Filed