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A new 600V lateral PMOS device with a buried conduction layer

机译:一种新型600V横向PMOS器件,具有埋入式导电层

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This paper reports a new 600V lateral PMOSFET with the lowest specific on-resistance ever reported. The novel device is fabricated in bulk silicon using high-energy implantation to form a buried P-type conduction layer within an Nwell. Experimental devices exhibit breakdown voltage of 660V and specific on-resistance of 60 ohm-mm2, which is about 50% lower than the state-of-art based on T. Letavic et al. (2002). The device structure, simulations, fabrication process, and experimental results are presented.
机译:本文报道了一种新型600V横向PMOSFET,其具有最低的导通电阻。该新型器件使用高能注入在体硅中制造,以在N阱内形成掩埋的P型导电层。实验装置的击穿电压为660V,比导通电阻为60 ohm-mm 2 ,比基于T. Letavic等人的最新技术低约50%。 (2002)。介绍了器件的结构,仿真,制造工艺和实验结果。

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