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HEAT GENERATION ANALYSIS IN SOI LDMOS POWER TRANSISTORS

机译:SOI LDMOS功率晶体管发热分析

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摘要

An overview of the heat generation phenomena in SOI LDMOS transistors, mainly due to the Joule effect, is provided in this work. The distribution of the heat generation along the SOI LDMOS cross-section depends on the technological and geometrical parameters and the applied bias. Reported data and results extracted from simulation, theory and experiment are used to give physical insight into the heat generation mechanisms. The analysis of the heat generation is of utmost importance to derive the 3D dynamic temperature distribution at short time operation. An accurate temperature prediction at the source, drain and channel regions is desirable for improved electro-thermal models and for the study of the electromigration in interconnects. Moreover, information on temperature peaks is crucial to understand the failure mechanisms in power LDMOS transistors.
机译:在这项工作中提供了SOI LDMOS晶体管中的发热现象的概述,主要是由于焦耳效应。沿SOI LDMOS横截面的发热的分布取决于技术和几何参数和施加的偏差。报告的数据和结果从模拟,理论和实验中提取,用于对发热机制进行物理洞察。对发热的分析至关重要,以在短时间操作中导出3D动态温度分布。在源极,漏极和沟道区域处的精确温度预测是为了改进的电热模型以及在互连中的电迁移的研究。此外,关于温度峰值的信息对于了解电力LDMOS晶体管中的故障机制至关重要。

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