Realization of Ultra Low Voltage Circuit Design for Internet of Things
نویسنده
چکیده
This paper presents realization of ultra low voltage circuit design for Internet of Things. Internet of Things (IoT) is an emerging field and has gained more attention among the researchers. This is a rapidly emerging application that allows people and things to be connected anywhere and anytime, using any path or network. IoT devices can communicate among themselves and perform the desired action with or without human interface. Semiconductor industries are investing heavily in introducing power saving features by using ultra low voltage circuit design as these devices depend heavily on portable battery or external power source. Hence research is needed on reducing the power dissipation by designing ultra low voltage circuit design for IoT devices. Ultra low voltage circuit design for Internet of Things is realized by simulating a two input NAND gate in 120nm CMOS technology. All simulations are performed by using Microwind ver. 3.1 EDA tool.
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