Low-voltage, Low-power Solutions For Wireless Autonomous Sensors Aimed For Ami Applications

G. Nagy, A. Poppe
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Abstract

This paper deals with the RF communication issues of low-voltage, low-power autonomous sensors. The sensors gather all or part of the energy needed for their operation from the environment, thus challenging the design engineers to find ultra low-power solutions. A major part of the power consumption of autonomous sensors is drawn by the communication circuitry, thus it is of great importance to find the optimal modulation scheme and structures. Three analog multipliers were investigated from the aspect of consumption and an alternative communication method is also presented
面向Ami应用的无线自主传感器的低电压、低功耗解决方案
本文研究了低电压、低功耗自主传感器的射频通信问题。传感器从环境中收集其运行所需的全部或部分能量,从而挑战设计工程师寻找超低功耗解决方案。自主传感器的功耗很大一部分来自通信电路,因此寻找最优调制方案和调制结构具有重要意义。从消费的角度研究了三种模拟乘法器,并提出了一种替代的通信方法
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