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Enhancement of electronic protection to reduce e-waste

机译：加强电子保护以减少电子垃圾

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The electronic devices turn to e-waste due to their insufficient electrical protection which is provided by a ceramic core varistor. The ceramic consists of the surrounded ZnO grains of melted an additives layer. The layer is origin of the quality of the protection. To enhance the quality and consequently prevent e-waste, the fabrication of the varistor was modeled by artificial neural network. The model predicted the optimized condition that was experimentally fabricated and electrically characterized. The results confirmed the model predictability. In conclusion, the optimization which has industrial scales up potential warranties the electronic protection that controls the global e-waste. (C) 2015 The Korean Society of Industrial and Engineering Chemistry. Published by Elsevier B.V. All rights reserved.
机译：电子设备由于陶瓷芯压敏电阻提供的电气保护不足而变成电子垃圾。陶瓷由熔化的添加剂层包围的ZnO晶粒组成。该层是保护质量的来源。为了提高质量并防止电子垃圾，通过人工神经网络对压敏电阻的制造进行了建模。该模型预测了经过实验制造和电特性优化的条件。结果证实了模型的可预测性。总之，具有工业规模扩展潜力的优化保证了控制全球电子废物的电子保护。 （C）2015韩国工业和工程化学学会。由Elsevier B.V.发布。保留所有权利。

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