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Development of Ultra-miniaturized Multilayer Ceramic Chip Components and Multilayer Module

机译:超小型化多层陶瓷芯片元件和多层模块的开发

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摘要

High-speed laser drilling using low laser power and flexible circuit layout were applied to the fabrication of 3-dimensional circuits in multilayer ceramics of miniaturized chip inductors and high-frequency power amplifier modules. The optimized combination of pulse YAG laser energy and the laser absorption coefficient of machined materials realized ultra-fine through-holes formed in thin ceramic green sheets without damaging plastic film where ceramic slurry was cast drilling based on thermal ablation.
机译:使用低激光功率的高速激光钻孔和灵活的电路布局被用于在微型片状电感器和高频功率放大器模块的多层陶瓷中制造3维电路。通过优化脉冲YAG激光能量与加工材料的激光吸收系数的组合,可以在薄陶瓷生片中形成超细通孔,而不会损坏塑料膜,而在塑料膜上通过热烧蚀法浇铸陶瓷浆料。

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