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Improving electric behavior and simplifying production of Si-based diodes by using thermal laser separation

机译:采用热激光分离改善电动行为,简化基于SI基二极管的生产

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Leakage current of silicon (Si) based diodes could be reduced by a factor of 1.,000 while using Thermal Laser Separation (TLS) compared to state-of-the-art mechanical blade dicing. Laser based heating and subsequent water spray cooling is used to induce a mechanical stress field inside the Si-wafer guiding a crack along a line to be cut without melting or removing material. Results of physical and electrical measurements prove that TLS does not damage diode edges which allows for cutting through the p-n-junction hence simplifying the production process and reducing costs.
机译:与最先进的机械刀片切割相比,基于硅的二极管的漏电流(Si)二极管的二极管可以减小1.00倍,同时使用热激光分离(TLS)。基于激光的加热和随后的喷水冷却用于诱导沿着在不熔化或去除材料的情况下引导裂缝引导裂缝的机械应力场。物理和电测量结果证明,TLS不会损坏二极管边缘,其允许通过P-N结来切割,从而简化生产过程和降低成本。

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