An unique not-OR(nor) flashmemory cell using an asymmetric Schottky barrier(SB) was designed to increase programmingspeed and driving *** asymmetric SB norflashmemory cell was proposed on the basis of the fundamen...
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An unique not-OR(nor) flashmemory cell using an asymmetric Schottky barrier(SB) was designed to increase programmingspeed and driving *** asymmetric SB norflashmemory cell was proposed on the basis of the fundamental structure of the conventional norflashmemorycells with a length of 90 *** programmingspeed and the driving current of the SB norflashmemory cell with an asymmetric SB were simulated by using T-SUPREM4 and *** simulation results showed that the heavily doped carriers existing in the titanium-disilicide Schottky drain can be used to increase programmingspeed of the SB norflashmemory cell and that a decrease in the source/drain series resistance utilizing the silicide in the SB norflashmemory cell help to increase driving current density.
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