SPS1M001A-03

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RFID transponders and tags are powerful tools that can be used in many industrial and commercial applications. The SPS1M001A-03 is a type of RFID transponder, which is specifically designed for item-level tagging applications. This article will discuss the application field and working principle of the SPS1M001A-03 RFID transponder.

Application Field

The primary application field for the SPS1M001A-03 RFID transponder is item-level tagging. This transponder is used in scenarios where the items to be tracked are small and the data generated from the tag will not be affected by other radio frequencies or harsh environments. Due to its limited read range, it is not suitable for tracking large assets or items that travel long distances. Some of the typical applications for the SPS1M001A-03 transponder include tracking of pharmaceuticals, medical devices, consumer goods, and automotive parts.

Working Principle

The SPS1M001A-03 RFID transponder works on the principle of Radio Frequency Identification (RFID). It consists of an integrated circuit, in which the transponder’s data is encoded, and an antenna, which is used to read and write the data contained in the IC. The transponder’s data is usually stored on a microchip, and it can be read by a reader located within its transmission range. Once the data has been read, the reader sends a response to the IC that contains the data required by the reader. The information can then be used for tracking purposes or other applications.

The SPS1M001A-03 transponder is powered by an external radio frequency source, which is typically a reader. The transponder has a small onboard battery, which is used to power the IC and the antenna, and to store the data contained in the IC. The onboard battery also helps the transponder to maintain contact with the reader when the radio frequency source is out of its transmission range.

The SPS1M001A-03 transponder has a very low power consumption and is resistant to harsh environments. It is designed to operate in temperatures ranging from -40°C to +85°C, and it is resistant to dust, moisture, and water. It also has a very high read/write speed, which makes it suitable for applications that require quick data transfer.

Conclusion

The SPS1M001A-03 RFID transponder is an effective tool for item-level tagging applications. It is powered by an external radio frequency source, has a low power consumption, and is resistant to harsh environments. It has a very high read/write speed and can be used in scenarios where items to be tracked are small and the data generated from the tag will not be affected by other radio frequencies or harsh environments.

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