Abstract

A computational algorithm is presented for determining the modes of thermoelectric cooling that ensure the given temperature difference of the base of the heat-loaded element and the environment. The obtained analytical expressions make it possible to determine the power supply current of the thermoelectric module taking into account its operating characteristics, thermal resistance of the cooling system, and power of the heat-loaded element. The dependences of the current strength on the value of the given temperature difference are calculated and the parameters affecting the thermoelectric cooling modes are analyzed.

中文翻译：

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热载电子的热电冷却方式的确定

摘要

提出了一种计算算法，用于确定热电冷却模式，以确保给定热负荷元件的底座和环境的温差。所获得的解析表达式使得可以考虑热电模块的工作特性，冷却系统的热阻和热负载元件的功率来确定热电模块的电源电流。计算电流强度对给定温差值的依赖性，并分析影响热电冷却模式的参数。