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Analytical model of three-dimensional effect on voltage and edge peak field distributions and optimal space for planar junction with a single field limiting ring

机译:具有单个场限制环的平面结的三维效应对电压和边缘峰场分布以及最佳空间的三维影响的解析模型

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摘要

An analytical model of the three-dimensional (3-D) effect due to the lateral radius of the main junction and width of the ring junction on voltage and edge peak field profiles for the planar junction with a single floating electrical field limiting ring structure have been proposed for the first time. From this model analysis, the influence on the voltage and edge peak field of the reverse voltage, 3-D factors such as lateral curvature of the main junction and width of the ring junction, space distance between the main junction and ring junction and junction depth are analyzed, and then the expressions for predicting the optimal space and maximum breakdown voltage are also obtained. The analytical results are in agreement with the previous numerical analysis.
机译:对于具有单个浮动电场限制环结构的平面结,由于主结的横向半径和环结的宽度对平面结的电压和边缘峰场轮廓产生的三维(3-D)效应的解析模型具有首次提出。通过此模型分析,可以了解反向电压对电压和边缘峰值场的影响,3-D因素,例如主结的横向曲率和环结的宽度,主结与环结之间的距离以及结深进行分析,然后获得用于预测最佳间距和最大击穿电压的表达式。分析结果与先前的数值分析一致。

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