ATA5577M2330C-DBQ

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RFID (Radio Frequency Identification) is a technology that uses low-powered radio waves to identify and track items. RFID transponders, tags, and antennas are used to read and write information to and from RFID-enabled devices, such as ATA5577M2330C-DBQ, which is a general-purpose standard for high-frequency (HF) identification. It’s application field and working principle are described as below.

Application

The ATA5577M2330C-DBQ is widely used for manufacturers, distributors, transportation companies and government agencies who are requiring secure identification and tracking of their products, assets and processes. Most commonly it is used for asset tracking and management, supply chain and process control, security access and control, and automated identification.

Working Principle

RFID transponders are a form of wireless communications technology. They consist of a transceiver and an antenna, which are both powered by an external energy source. The transceiver transmits a radio frequency signal that is received by a compatible antenna. The antenna then sends a coded response, which is decoded by the transceiver. This coded response contains the information that is stored in the tag\'s memory. This data is then sent to a reader for processing.

The ATA5577M2330C-DBQ operates in the 13.56 MHz frequency range. The tag has a small onboard microprocessor that is powered by an internal battery. The processor is programmed with a unique ID number, and this ID number is used to identify the tag. The tag also includes an 8-bit memory chip, which stores information about the tag\'s usage and lifespan. The tag also contains a tamper-proof seal, which is designed to detect attempts to tamper with the tag\'s circuitry or data.

The ATA5577M2330C-DBQ can be read by an ISO 14443 / 18000-3 compliant reader. This reader sets up an electromagnetic field that powers the tag. The reader is also able to send an interrogation signal, which requests data from the tag. The tag then responds with the data stored in its memory. This data can then be used by the reader to identify the tag, and to retrieve additional information about the tag.

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