CAD procedure for predicting the energy received by wireless scavenging systems in the near- and far-field regions

The paper introduces a rigorous methodology for predicting RF-to-DC conversion in power harvesters. The results of a full-wave EM simulation of the harvesting antenna are rigorously handled by EM theory to produce a Norton equivalent circuit of the antenna in the presence of an incident field. In tu...

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Main Authors: Rizzoli, V, Masotti, D, Arbizzani, N, Costanzo, A
Format: Conference Proceeding
Language:English
Subjects:
Antenna theory
Base stations
Circuit simulation
co-design
EM simulation
EM theory
Equivalent circuits
GSM
Mobile handsets
Polarization
Radio frequency
Rectennas
Rectifiers
RF energy harvesting
RF to DC conversion efficiency
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creator Rizzoli, V
Masotti, D
Arbizzani, N
Costanzo, A
description The paper introduces a rigorous methodology for predicting RF-to-DC conversion in power harvesters. The results of a full-wave EM simulation of the harvesting antenna are rigorously handled by EM theory to produce a Norton equivalent circuit of the antenna in the presence of an incident field. In turn, this allows a full nonlinear analysis of the rectifier to be carried out, thus providing an accurate evaluation of the conversion efficiency. For validation purposes we consider a circularly polarized rectifying antenna (rectenna) designed to harvest energy from RF sources (such as mobile phones and/or base stations) at GSM 1800 standard frequencies. The computed and measured performance of a prototype rectenna compare very favorably in different real-world scenarios including near- and far-field situations.
doi_str_mv 10.1109/MWSYM.2010.5517916
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source IEEE Xplore All Conference Series
subjects Antenna theory
Base stations
Circuit simulation
co-design
EM simulation
EM theory
Equivalent circuits
GSM
Mobile handsets
Polarization
Radio frequency
Rectennas
Rectifiers
RF energy harvesting
RF to DC conversion efficiency
title CAD procedure for predicting the energy received by wireless scavenging systems in the near- and far-field regions
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