New SOI power device with multi-region high-concentration fixed interface charge and the model of breakdown voltage

A new SOI power device with multi-region high-concentration fixed charge(MHFC) is reported. The MHFC is formed through implanting Cs or I ion into the buried oxide layer(BOX), by which the high-concentration dynamic electrons and holes are induced at the top and bottom interfaces of BOX. The inversi...

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Veröffentlicht in:Chinese physics B 2015-03, Vol.24 (3), p.308-312
1. Verfasser: 李琦 李海鸥 唐宁 翟江辉 宋树祥
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description A new SOI power device with multi-region high-concentration fixed charge(MHFC) is reported. The MHFC is formed through implanting Cs or I ion into the buried oxide layer(BOX), by which the high-concentration dynamic electrons and holes are induced at the top and bottom interfaces of BOX. The inversion holes can enhance the vertical electric field and raise the breakdown voltage since the drain bias is mainly generated from the BOX. A model of breakdown voltage is developed, from which the optimal spacing has also been obtained. The numerical results indicate that the breakdown voltage of device proposed is increased by 287% in comparison to that of conventional LDMOS.
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source IOP Publishing Journals
subjects Breakdown
Charge
Drains
Electric potential
Electronic devices
Mathematical models
Optimization
Oxides
SOI
Voltage
击穿电压
功率器件
多区域
模型开发
浓度
界面电荷
绝缘
title New SOI power device with multi-region high-concentration fixed interface charge and the model of breakdown voltage
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