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

机译:通过热激光分离改善电性能并简化硅基二极管的生产

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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,使用热激光分离(TLS)时,基于硅(Si)的二极管的漏电流可以减少1.000倍。基于激光的加热和随后的喷水冷却可用于在Si晶片内部引发机械应力场,从而沿着待切割的线引导裂纹,而不会熔化或去除材料。物理和电学测量结果证明,TLS不会损坏二极管边缘,从而可以切穿p-n结,从而简化了生产过程并降低了成本。

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