Access to datasheets and applications notes, when protected by password, is granted upon the signature of an MNDA between your organisation and ASYGN. Please reach out to our sales teams through our contact form.

Sure. You can use provided DXF (for bare dies chip) or gerber files (for QFN chips) from our demonstration tags as base to develop your own tags.

Resolution for the temperature sensor can achieve 0.125°C while accuracy will depend on calibration and can be as tight as ±0.5°C.

Data is available in the USER memory bank of the chip, together with its calibration. No special command or operation is needed.
Optionally, it is possible to get data along with the EPC during the inventory round.

Sensor measurements are stored as raw data in the chip memory. A conversion formula is provided in the chip Datasheet and in the Application Note “AN01” of each chip.

While the acquisition chain itself is the same for all the chips, temperature provided by the AS321XT variant of the chip has a different equation to support higher precision.
Please refer to the specific datasheet and Application Note for your chip variant.

It is not possible to define a data rate for the chip, since a single measurement is performed per reader read. If the reader establish a connection at a given rate, multiple points will be obtained. Achievable reading rate is about 80 measurements/second. ASYGN can provide support to help you develop high rate measurements.

Yes, this is possible using the “Sense in EPC” feature and it is the quickest way to get sensor data.

The AS3212 and the AS3213C support resistive and capacitive sensors respectively. This includes thermoresistors, piezoresistive sensors, magnetic sensors, accelerometers, pressure sensors, and more. The chip will provide 1V at the analogic interface and the sensor input impedance should be greater than 1KΩ.