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Analysis of 0.5μm channel Al/WSx/Poly-Si gate performance in high-frequency band Si power MOSFETs with process/device/circuit continuous simulation

机译:通过过程/器件/电路连续仿真分析高频带Si功率MOSFET中0.5μm沟道Al / WSx / Poly-Si栅极的性能

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摘要

0.5μm channel Al/WSix/Poly-Si gate performance in high-frequency (900 MHz and 1.9 GHz) band Si power MOSFETs is analyzed with Process/Device/Circuit continuous simulation. In case the upper Al electrode is separated enough from the most heated channel (the WSix/Poly-Si gate height is more than 400 nm), the confirm that the Al/WSix/Poly-Si gate can be performed well even in the large-signal operation at the high frequencies.
机译:通过过程/器件/电路连续仿真分析了在高频(900 MHz和1.9 GHz)带状Si功率MOSFET中0.5μm沟道Al / WSix / Poly-Si栅极性能。如果上部的Al电极与最热的通道隔开足够的距离(WSix / Poly-Si栅极高度大于400 nm),则可以确认即使在较大的Al中,Al / WSix / Poly-Si栅极也可以很好地执行-高频信号操作。

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