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High-temperature properties of Schottky diodes made of silicon carbide

机译:碳化硅制成的肖特基二极管的高温特性

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This paper refers to properties of silicon carbide Schottky diodes at high values of their internal temperature. The investigated diode was elaborated at Warsaw University of Technology. Characteristics of this diode were measured at different cooling conditions in wide range of dissipated power. At each operating point the value of the internal temperature of the investigated diode was measured with the use of the impulse electrical method. On the basis of the obtained results of measurements thermal properties of the considered diode were discussed, as well as the possibility of using such a construction of the diode at very high values of its internal temperature (up to 500μC) was considered.
机译:本文涉及碳化硅肖特基二极管在高内部温度下的性能。华沙理工大学已详细研究了所研究的二极管。该二极管的特性是在不同的冷却条件下,很宽的功耗范围内测量的。在每个工作点,使用脉冲电法测量所研究二极管的内部温度值。根据获得的测量结果,讨论了所考虑的二极管的热特性,并考虑了在内部温度非常高的情况下(高达500μC)使用这种结构的二极管的可能性。

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