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In connection with the use of our transponders, we have compiled a large amount of background information on mounting, function, design, operating behaviour, etc. due to the many applications in which the products are used.
In connection with the use of our transponders, we have compiled a large amount of background information on mounting, function, design, operating behaviour, etc. due to the many applications in which the products are used.
Our product range of NeoTAG® HF RFID transponders/ RFID chips is constantly being expanded and new transponder versions are regularly added.
All NeoTAG® transponders use single-axis transponder antennas.
Our various HF-RFID transponders are used in two different orientations...
Environments other than air influence the inductance of the transponder antenna coil and thus the operating resonance frequency due to altered magnetic conductivity.
For common industrial metals and alloys, we have determined the influence to the resonance frequency of the transponder by laboratory tests...
Metallic objects not only influence the electromagnetic behaviour of the TAG...
Can a loop antenna be enlarged as a reader as desired and does this also increase the reading range?
In combination with a loop antenna, the above-mentioned reading ranges are obtained.
How long does it typically take to read HF RFID transponders? What energy is required by the reader?
The time required to read the UID (8 bytes = 64 bits) from the transponder's memory is approx. 10 ms. Reading out other memory areas and quantities leads to longer reading times.
In connection with the use of our transponders, we have compiled a large amount of background information on mounting, function, design, operating behaviour, etc. due to the many applications in which the products are used.
The NeoTAG® Plug transponders are inserted into a suitable cavity, e.g. a drilled hole, in the object to be marked. The following installation procedure is recommended...