Radio Frequency Identification and Sensors: From RFID to by Etienne Perret

By Etienne Perret

This publication bargains with the sphere of id and sensors, extra exactly the probability of gathering details remotely with RF waves (RFID). The booklet introduces the expertise of chipless RFID ranging from classical RFID and barcode, and explores the sector of id and sensors with no twine, with out batteries, with out chip, and with tags which could also be published on paper.

A method for automated layout of UHF RFID tags is gifted , aiming at making the tags as insensitive as attainable to the surroundings (with the facility to extend the interpreting diversity reliability), or, conversely, making them delicate with a purpose to produce sensors, in the meantime conserving their special identification. The RFID benefits are mentioned, in addition to its various good points, and comparisons with the barcode expertise are offered. After that, the hot chipless RFID expertise is brought at the foundation of the former conclusions. unique technological methods are brought and mentioned so one can reveal the sensible and fiscal capability of the chipless expertise.

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Extra info for Radio Frequency Identification and Sensors: From RFID to Chipless RFID

Example text

Indications entered by the user may be limited to the geometric dimensions of the Introduction to RFID 15 final tag and the electrical properties of the RFID chip used. ). The application then sends back the tag antenna form that is compliant with the limitations imposed. This approach is radically different from the classic antenna design solutions for UHF RFID tags, which are based on a purely empirical design approach based above all on the principles of folding wire antennas and current loops (particularly for near-field aspects).

Essential RFID parameters The first task is to distinguish high frequency (HF) tags from ultra high frequency (UHF) tags in terms of design approach. For HF tags and readers, the metal strips connected to the chip do not constitute an antenna, properly speaking, but rather a coil. The principle of information transmission relies in this case on the variation of the reactive energy around the coil. The objective, then, is to maximize Radio Frequency Identification and Sensors: From RFID to Chipless RFID, First Edition.

In the world of logistics, 99% reading rates are most often inadequate. One reading failure in 1,000 is a more desirable value. However, these reading rates are difficult to achieve, and impossible for passive UHF RFID, which explains why UHF RFID is rare if ever used in the large retail sector. This is why the use of other technologies, such as HF RFID, which operates by the inductive coupling principle, is more suitable in this case. If we consider passive HF RFID tags, we can see that they are relatively similar to UHF tags in terms of manufacturing and materials used to make them.

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