Low power receiver for wireless sensor network implemented by Nano-Scale CMOS process

In This paper, we implement a Nano-Scale CMOS process on an energy efficient receiver for wireless sensor network that recently designed and it achieved high power consumption. Wireless sensor network require receivers that are small, cheap, and power efficient, all these problems were solved using nanotechnology. 1GHz receiver is implemented using Nano-scale CMOS process to achieve optimal energy efficiency. We use 90, 45, 32 and 22 nm for length of transistors, and we achieved low power results about tens of micro watts.

1. Introduction

Many technological fields are experiencing one major revolution, coming from the possibility of manipulating and assembling objects at the nanometer scale. With the term “nanotechnology” we roughly refer to the possibility of manipulating objects at the nanometer scale. In the last decades, we have been facing huge advances in CMOS technology, which enabled the mass production of powerful small electronic devices. At the basis of such creations, there is the introduction of silicon transistors. Technological advances have then made it possible to build ever smaller, faster and cheaper devices [1].