A Load Independent Tapered RF Harvester
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Date
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Publisher
Institute of Electrical and Electronics Engineers Inc.
Abstract
This letter proposes a new matching technique that is based on a network of dual line topology with different characteristic impedances. The purpose of this network is to match the Schottky diode's input impedance in a rectifying circuit with the 50 Ω source impedance. The strength of the proposed technique is based on the fact that it enables a stable efficiency response for different input power levels. It also forces the rectifier to exhibit an almost flat efficiency curve over a wide range of load variations. The proposed circuit is built and measured, where an agreement is attained between simulations and measured results over the IEEE 802.11 b/g bands. © 2001-2012 IEEE.
Description
Keywords
Ieee 802.11 b/g, Power conversion efficiency (pce), Radio frequency (rf) energy harvesting, Rectifier, Wi-fi, Wireless power transfer, Electric impedance, Electric load management, Energy harvesting, Energy transfer, Radio waves, Schottky barrier diodes, Standards, Topology, Ieee 802.11s, Network topology, Power conversion efficiencies, Radio frequencies, Radio-frequency energy harvesting, Schottky diodes, Electric rectifiers