Now a day's, all the electronic gadgets Primary concern on memory requirement. It's a great challenge to fulfil the requirements of the consumers based on memory design on non-volatile devices. But Power Consumption is the main constraint to design flash memories. So different authors proposed different designing strategies on NAND and NOR array based flash memories because of we can write data many time, when there is no supply. In this paper we verified MOS transistor based NAND and NOR array operation and we also verified by using FinFET based NAND and NOR array. By comparing the parameters of Power Consumption, Propagation Delay and Leakage Power we concluded that FinFET based array systems have efficient performance compared CMOS based system.
Paper
Full text
An Efficient Flash Memory Devices
Semantic Scholar · Engineering · 2019
Abstract
Now a day's, all the electronic gadgets Primary concern on memory requirement. It's a great challenge to fulfil the requirements of the consumers based on memory design on non-volatile devices. But Power Consumption is the main constraint to design flash memories. So different authors proposed different designing strategies on NAND and NOR array based flash memories because of we can write data many time, when there is no supply. In this paper we verified MOS transistor based NAND and NOR array operation and we also verified by using FinFET based NAND and NOR array. By comparing the parameters of Power Consumption, Propagation Delay and Leakage Power we concluded that FinFET based array systems have efficient performance compared CMOS based system.