Paper Title :A Self-Sustained Battery-Less MEMS based Sensor Node through Far Field Wireless Powering

Author :M. Kumarasamy Raja, Yan Dan Lei, Salahuddin Raju

Article Citation :M. Kumarasamy Raja ,Yan Dan Lei ,Salahuddin Raju , (2019 ) " A Self-Sustained Battery-Less MEMS based Sensor Node through Far Field Wireless Powering " , International Journal of Electrical, Electronics and Data Communication (IJEEDC) , pp. 58-62, Volume-7,Issue-2

Abstract : This paper details on the sensor nodes (SNs) for aircraft surface sensing, especially operating them on the far - field wireless powering, also known as RF powering. The SNs includes RF energy harvesting circuit, harvesting voltage booster, data link transceiver and sensor interface circuits. Modelling & Simulation of the most critical block in the link, RFDC converter is described. The RF-DC converter exhibits more than 25% efficiency even with the input power levels less than -18dBm. Thus, without exceeding the FCC emission limits, the base station is able to wirelessly power the SNs up to 10 m range. Keywords - Battery-less sensor nodes, Wireless charging, Far filed RF energy harvesting

Type : Research paper

Published : Volume-7,Issue-2

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