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Numerical Simulation of Heavy Ion Microbeam for Effects of Single Event Upset and Single Event Burnout
GUO Hong-xia, CHEN Yu-sheng, ZHOU Hui, HE Chao-hui, GENG Bin, LI Yong-hong
CHINESE JOURNAL OF COMPUTATIONAL PHYSICS    2003, 20 (5): 434-438.  
Abstract283)      PDF (238KB)(1127)      
Effects of SEU and SEB are simulated with 0.4μm diameter microbeam. SEU for drain region of MOSFET and CMOS SRAM are calculated. Collective charge depending on LET for specific device structure is calculated for different ions. LET and critical charge are provided. SEB for VDMOS is simulated and electric field, potential line, current, rate of impact ionization are given at different times along ion tracks. It is very important for heavy microbeam test physics models which have been set up.
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Brief Introduction of MEDICI Software and Its Application in Ionization Radiation Effects
GUO Hong-xia, CHEN Yu-sheng, ZHOU Hui, ZHANG Yi-men, GONG Ren-xi, LÜ Hong-liang
CHINESE JOURNAL OF COMPUTATIONAL PHYSICS    2003, 20 (4): 372-376.  
Abstract240)      PDF (251KB)(1281)      
The MEDICI software of two dimensional simulation of semiconductor device is briefly introduced.Its characteristics and use are described.With the help of MEDICI,effects of total dose for MOSFET and dose rate for pn junction are simulated.Their physical models are set up.A theory approach is provided for the research of ionization radiation effects.
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