RFID and Contactless Smart Card Applications
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Development within RFID (Radio-Frequency Identification) is expanding rapidly with applications ranging from secure Internet payment systems to industrial automation, access control and supply chain management.
This text provides an accessible, up-to-date introduction to the design and creation of RFID tags and contactless smart card applications. Throughout, practical examples support fundamental theories and equations, to help the reader gain a fuller understanding of the production of a contactless system.
- Systematically guides the reader through the basics of RFID, the design and production of a contactless application, antennae technology, electronics, and tools and methods of measurement.
- Explains in detail real-world examples such as the smart label, the ISO 15693 vicinity card and information on conformity with ISO standards and regulations.
- Includes appendices with comprehensive analyses of series and parallel LCR circuits, and practical advice on organisations offering standardisation and certification, professional events, and equipment and manufacturers.
Presenting a realistic and professional view of RFID and contactless technology, this book is ideal for practising electronics and computer engineers working in auto ID, and on the design of RFID products and new security systems. Also useful for graduate students and researchers in electronics and industrial engineering design.
Table of Contents:
Part One Review and supplementary information.
Chapter 1 Review.
1.1 The elements of a contactless device.
1.2 General operating principles of the “base station - transponder” pair.
1.3 Before we continue… Conventional notation.
Chapter 2 The transponder - Supplementary information.
2.1 Ready-made products.
2.2 Specification or choice of the transponder integrated circuit.
2.3 The transponder antenna.
Chapter 3 The base station - Supplementary information.
3.1 Base station antenna.
3.2 Review and supplementary technical information.
3.2 Structure of the driver stage of the base station antenna.
3.4 Summary of the principal formulae of Chapters 2 and 3.
Part Two Applications and implementation.
Chapter 4 Design and implementation of a “contactless” application.
Part Three Examples
Chapter 5 Examples at 125 kHz.
5.1 Usual constants and parameters of applications operating at 125 kHz.
Chapter 6 Examples at 13.56 MHz.
6.1 Usual constants and parameters of applications operating at 13,56 MHz.
6.2 ISO 14 443 « proximity » applications (approximately 10 cm)
6.3 “Vicinity” applications (approximately 70 cm) of the ISO 15693 or 18000 type and long range applications for vicinity cards or item management.
6.4 Applications and conformity with standards.
Part Four Antennae and their technology.
Chapter 7 The transponder antenna and its technology.
7.1 The range of technologies.
7.2 The geometrical shapes of the windings.
Chapter 8 The base station antenna and its technology.
8.1 Shape, size and technology of the base station antenna.
Part Five The electronics involved.
Chapter 9 Electronic systems of the base station.
9.1 Standard base station circuits.
9.2 Developed base station circuits.
9.3 The output stage transmission part.
9.4 Driving the antenna.
9.5 The demodulators.
9.6 The common reception/transmission part.
Part Six Tools and methods of measurement.
Chapter 10 Development aids and tools.
10.1 Simulation of the system performance.
10.2 Development aid tools.
Chapter 11 Measurement methods for contactless systems.
11.1 The principal parameters to be measured for ransponder.
11.2 Transponder measurement methods and set-ups.
11.3 Measuring complete systems.
11.5 The future.