Design and analysis of 13.56MHz RFID antenna based on modified wheeler equation: A practical approach

An RFID tag antenna in coil form with typical credit card dimension (78 mm × 41 mm) which is suitable for ISO 14443 standards was built virtually in Electromagnetic simulator and its result was later validated with identical physical antennas. A simplified equation of inductance in microstrip form b...

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Published in2010 International Conference on Electronic Devices, Systems and Applications pp. 326 - 330
Main Authors Salleh, Syahrizal, Salleh, Kamarulzamin, Hashim, Mohd Faizal, Majid, Zulkifli Abd
Format Conference Proceeding
LanguageEnglish
Published IEEE 01.04.2010
Subjects
Antenna Matching
Coils
Credit cards
Equations
Impedance
Inductance
ISO standards
Microstrip
Near-Field Antenna
Radio frequency
Radiofrequency identification
RFID tag
RFID tags
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Abstract An RFID tag antenna in coil form with typical credit card dimension (78 mm × 41 mm) which is suitable for ISO 14443 standards was built virtually in Electromagnetic simulator and its result was later validated with identical physical antennas. A simplified equation of inductance in microstrip form by H. A. Wheeler is then compared to result found using data from the simulation and modified to fit it. Consecutively, specific matching impedance for each coil is calculated which the matching impedance represents an RFID tag plus its compensation impedance. The coil and the matching impedance will then be modelled in an RF system simulator and its impedance plot will be explained.
AbstractList An RFID tag antenna in coil form with typical credit card dimension (78 mm × 41 mm) which is suitable for ISO 14443 standards was built virtually in Electromagnetic simulator and its result was later validated with identical physical antennas. A simplified equation of inductance in microstrip form by H. A. Wheeler is then compared to result found using data from the simulation and modified to fit it. Consecutively, specific matching impedance for each coil is calculated which the matching impedance represents an RFID tag plus its compensation impedance. The coil and the matching impedance will then be modelled in an RF system simulator and its impedance plot will be explained.
Author Salleh, Kamarulzamin
Salleh, Syahrizal
Hashim, Mohd Faizal
Majid, Zulkifli Abd
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  organization: Electron. Eng. Dept., Univ. Teknol. MARA, Shah Alam, Malaysia
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Snippet An RFID tag antenna in coil form with typical credit card dimension (78 mm × 41 mm) which is suitable for ISO 14443 standards was built virtually in...
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StartPage 326
SubjectTerms Antenna Matching
Coils
Credit cards
Equations
Impedance
Inductance
ISO standards
Microstrip
Near-Field Antenna
Radio frequency
Radiofrequency identification
RFID tag
RFID tags
Title Design and analysis of 13.56MHz RFID antenna based on modified wheeler equation: A practical approach
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