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Mathematical simulation of heat transfer processes at the maximum possible electrical loads in typical light-emitting diodes

机译:典型发光二极管在最大可能电负载下的传热过程的数学模拟

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The physical and mathematical models for prognostic research of possible thermal operating modes of typical light-emitting diodes (LED) at critical electrical loads have been developed. The highest currents have been set, at which LED's compound melting begins. LED's characteristic times at these electrical loads have been identified. The influences of compound's material properties (density, thermal conductivity, heat capacity) on LED's operating characteristics have been determinate at critical currents loads.
机译:已经开发了物理和数学模型,用于预测关键电负载下典型发光二极管(LED)可能的热工作模式。设置了最高电流,LED的化合物开始熔化。已经确定了在这些电负载下LED的特征时间。在临界电流负载下,已经确定了化合物的材料特性(密度,导热率,热容量)对LED工作特性的影响。

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