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Modeling of breakdown voltage of white Minilex paper in the presence of voids under AC and DC conditions Using neural networks

机译:使用神经网络对在交流和直流条件下存在空隙的白色Minilex纸的击穿电压进行建模

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摘要

Insulating materials contain various voids due to which upon passing of an electrical signal above a threshold level they start deteriorating and thus breakdown occurs. Hence finding out the breakdown voltage of an insulator is of utmost importance. In this project the Neural Network method has been employed to model the desired breakdown voltages under both AC and DC conditions. With the help of neural networks a relationship between the input parameters and breakdown voltage has been established. The insulating material under consideration is White Minilex Paper. The voids are created artificially with varied dimensions. The values of the mean square error and mean absolute mean error are calculated and these results show the effectiveness of the model.
机译:绝缘材料包含各种空隙,由于这些空隙在超过阈值水平的电信号通过时它们开始恶化,因此发生击穿。因此,找出绝缘子的击穿电压至关重要。在该项目中,已采用神经网络方法对交流和直流条件下的所需击穿电压进行建模。借助于神经网络,已经建立了输入参数和击穿电压之间的关系。正在考虑的绝缘材料是White Minilex纸。空隙是人工制造的,具有各种尺寸。计算了均方误差和均值绝对均值误差,这些结果表明了该模型的有效性。

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