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宽温区耐高温硅集成电路中MOS晶体管的电学特性 被引量:3

Electrical Characteristics of Silicon Integration MOSFET at Wide Operation Temperature Range and Very High Temperatures
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摘要 本文简化了MOSFET伏安特性的精确公式,得到了一个能反映27℃~300℃硅集成MOSFET=级温度效应的简单方程。并用该方程修正和完善了宽温区,耐高温MOSFET的ZTC模型。把原有公式在饱和区误差从29%以上,减小到8%以下。理论分析和实验结果都说明了本文的结论是正确的。 A simplifing equation, which can give sencond order temperature effects of silicon integration MOSFET from 27 to 300℃, has been presented by this paper. It is used to improve the ZTC model of MOSFET which works at wide operation temperature range and very high temperatures. The data indicates that the error of theoretical and experimentical values in saturation region has been reduced from more of 29% to less of 8%.The theoretical analysis and experimentical results have shown that the conclusion is correct.
出处 《电子学报》 EI CAS CSCD 北大核心 1993年第2期6-13,共8页 Acta Electronica Sinica
关键词 MOSFET 硅集成电路 场效应晶体管 High temperature, MOSFET, Silicon integrated circuits
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参考文献1

  • 1亢宝位,场效应晶体管理论基础,1985年

同被引文献7

  • 1冯耀兰,翟书兵,张晓波,柯导明.MOS器件的最高工作温度及潜力开拓[J].电子器件,1994,17(4):23-29. 被引量:9
  • 2柯导明,博士学位论文,1992年
  • 3亢宝位,场效应晶体管理论基础,1985年
  • 4Draper B L,Plalmer D W. Extension of high temperature electronies[J]. IEEE Trans, Components, Hybrids, Manu- facturing, Technology, 1979,2 (4) :399-404.
  • 5Shoucair F S, Wang H W. Electrical characteristics of large scale integration(LSI) MOSFET at very high tem- peratures[J]. Mieroelectron Reliability, 1984, 24 ( 3 ) :465-485.
  • 6Ikeda H, Takakubo H. Current zero temperature coeffi- cient point for CMOS temperature-voltage converter op- erating in strong inversion[J]. IEICE Trans on Funda- mentals of Electronics Communications and Computer Sciences,2004, E87A(2) : 370-375.
  • 7柯导明,童勤义.高温微电子学-Ⅱ:硅集成电路的高温特性研究[J].微电子学,1990,20(4):65-70. 被引量:4

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