Evaluation of Coupling Factor in RF Inductively Coupled Systems
This work presents an approach for the measurement
of mutual inductance on near field inductive coupling. The mutual
inductance between inductive circuits allows the simulation of energy
transfer from reader to tag, that can be used in RFID and powerless
implantable devices. It also allows one to predict the maximum
voltage in the tag of the radio-frequency system.
[1] TESLA Q-METRO Model BM 409 Service manual.
[2] Frederick Emmons Terman and Joseph Mayo Pettit - Electronic
Measurements - McGraw-Hill 1952 Page 113
[3] K. Finkenzeller, RFID Handbook - Fundamental and Application in
Contactless Smart Cards and Identifications, 2003, John Wiley & Sons.
[4] K. Kenneth and T. Donald, Communication Circuits Analysis and
Design, 1971
[5] W. E. Everitt e G. E. Anner - Communication Engineering-MacGraw-
Hill, 1956
[6] Simon Haykin and Barry Van Veen- Signals and Systems, John Wiley
& Sons ,Inc 1999
[7] Johnson I. Agbinya,Nitthya Selvaraj, Arthur Ollett, Stephane Ibos,
Yasmin Ooi-Sanchez, Mark Brennan and Zenon Chaczko - Size and
Characteristics of The Cone of Silence In Near Field Magnetic
Communications, MILCIS, Canberra, 10-12 November 2009
[8] Harald Witschnig, Walter Winkler and Erich Merlin - Characterization
of detunig Effects in Multilabel Scenarios
[9] André Kurs, Aristeidis Karalis, Robert Moffatt, J. D. Joannopoulos,
Peter Fisher and Marin Soljacic - Wireless Power Transfer via strongly
Couplet Magnetic Resonances- Sience Vol 317 , 6 of july 2007
[10] C. Patauner, H. Witsching, D. Rinner, A.Maier, E. Merlin, E. Leitgeb -
High Speed RFID/NFC at the Frequency of 13,56 MHz
[11] Santini Arthur Gambini - RFID Conceitos, Aplicabilidade e Impactos,
Editora Ciência Moderna LTDA, 2008.
[12] Carlos Peres Quevedo, Claudia Quevedo-Lodi - Ondas Eletromgnéticas
- Person Education do Brasil, 2010.
[13] Filipe Ramos, Michel Santana, R├┤mulo Volpato, Robson L. Morreno
and Tales Pimenta- Font end Front-End of an Implantable Medical
Device- Wireless Systems International Meeting, May 26 - 28, 2010,
Campina Grande, Brazil.
[14] ISO/IEC 14443-1-Identification Cards - Contactless integrated
circuits-Proximity cards- Part1: physical characteristics -1999.
[15] Contactless RFID Tag Resonance Frequency Measurement- Bode 100
Application Note - Omicron Lab.
[16] K. Finkenzeller, RFID Handbook - Fundamental and Application in
Contactless Smart Cards and Identifications, 2010, John Wiley & Sons.
[17] ISO/IEC 14443-2-Identification Cards - Contactless integrated circuits-
Proximity cards- Part2: Radio frequency power and signal interface -
1999.
[18] ISO/IEC 14443-2-Identification Cards - Contactless integrated
circuits-Proximity cards- Part3: Initializantion & anticolision -1999
[1] TESLA Q-METRO Model BM 409 Service manual.
[2] Frederick Emmons Terman and Joseph Mayo Pettit - Electronic
Measurements - McGraw-Hill 1952 Page 113
[3] K. Finkenzeller, RFID Handbook - Fundamental and Application in
Contactless Smart Cards and Identifications, 2003, John Wiley & Sons.
[4] K. Kenneth and T. Donald, Communication Circuits Analysis and
Design, 1971
[5] W. E. Everitt e G. E. Anner - Communication Engineering-MacGraw-
Hill, 1956
[6] Simon Haykin and Barry Van Veen- Signals and Systems, John Wiley
& Sons ,Inc 1999
[7] Johnson I. Agbinya,Nitthya Selvaraj, Arthur Ollett, Stephane Ibos,
Yasmin Ooi-Sanchez, Mark Brennan and Zenon Chaczko - Size and
Characteristics of The Cone of Silence In Near Field Magnetic
Communications, MILCIS, Canberra, 10-12 November 2009
[8] Harald Witschnig, Walter Winkler and Erich Merlin - Characterization
of detunig Effects in Multilabel Scenarios
[9] André Kurs, Aristeidis Karalis, Robert Moffatt, J. D. Joannopoulos,
Peter Fisher and Marin Soljacic - Wireless Power Transfer via strongly
Couplet Magnetic Resonances- Sience Vol 317 , 6 of july 2007
[10] C. Patauner, H. Witsching, D. Rinner, A.Maier, E. Merlin, E. Leitgeb -
High Speed RFID/NFC at the Frequency of 13,56 MHz
[11] Santini Arthur Gambini - RFID Conceitos, Aplicabilidade e Impactos,
Editora Ciência Moderna LTDA, 2008.
[12] Carlos Peres Quevedo, Claudia Quevedo-Lodi - Ondas Eletromgnéticas
- Person Education do Brasil, 2010.
[13] Filipe Ramos, Michel Santana, R├┤mulo Volpato, Robson L. Morreno
and Tales Pimenta- Font end Front-End of an Implantable Medical
Device- Wireless Systems International Meeting, May 26 - 28, 2010,
Campina Grande, Brazil.
[14] ISO/IEC 14443-1-Identification Cards - Contactless integrated
circuits-Proximity cards- Part1: physical characteristics -1999.
[15] Contactless RFID Tag Resonance Frequency Measurement- Bode 100
Application Note - Omicron Lab.
[16] K. Finkenzeller, RFID Handbook - Fundamental and Application in
Contactless Smart Cards and Identifications, 2010, John Wiley & Sons.
[17] ISO/IEC 14443-2-Identification Cards - Contactless integrated circuits-
Proximity cards- Part2: Radio frequency power and signal interface -
1999.
[18] ISO/IEC 14443-2-Identification Cards - Contactless integrated
circuits-Proximity cards- Part3: Initializantion & anticolision -1999
@article{"International Journal of Electrical, Electronic and Communication Sciences:55564", author = "Rômulo Volpato and Filipe Ramos and Paulo Crepaldi and Michel Santana and Tales C Pimenta", title = "Evaluation of Coupling Factor in RF Inductively Coupled Systems", abstract = "This work presents an approach for the measurement
of mutual inductance on near field inductive coupling. The mutual
inductance between inductive circuits allows the simulation of energy
transfer from reader to tag, that can be used in RFID and powerless
implantable devices. It also allows one to predict the maximum
voltage in the tag of the radio-frequency system.", keywords = "RFID, Inductive Coupling, Energy Transfer,
Implantable Device", volume = "6", number = "4", pages = "391-4", }
