| Citation: |
Zhang Haipeng, Wei Tongli, Feng Yaolan, Wang Qin, Zhang Zhengfan. A Model of the Temperature Dependence of the Fall Time ofa TF SOI CMOS Inverter with EM NMOST and AMPMOST Assemblies at 27～300℃[J]. Journal of Semiconductors, 2006, In Press.
Zhang H P, Wei T L, Feng Y L, Wang Q, Zhang Z F. A Model of the Temperature Dependence of the Fall Time ofa TF SOI CMOS Inverter with EM NMOST and AMPMOST Assemblies at 27～300℃[J]. Chin. J. Semicond., 2006, 27(13): 36.
Export: BibTex EndNote
|
A Model of the Temperature Dependence of the Fall Time ofa TF SOI CMOS Inverter with EM NMOST and AMPMOST Assemblies at 27～300℃
-
Abstract
The temperature dependence of the fall time of an SOI CMOS inverter with EM NMOST and AM PMOST assemblies is modeled approximately in electronics in a high temperature range (27～300℃) in detail.In addition,experiments on the inverter are done at 27,100,150,200,250,and 300℃,respectively,and the measured results are illustrated and discussed simply.They indicate that the inverter is very suitable for high temperature applications up to 300℃ and that its fall time varies only slightly with temperature.If optimization is introduced during its design process,a more symmetrical rise/fall characteristic may be realized,and it could be used at higher frequencies.-
Keywords:
- SOI,
- CMOS,
- high temperature,
- model,
- fall time
-
References
-
Proportional views
DownLoad: