FXR.3030.B.DG

Rfid Antennas Overview

The FXR.3030.B.DG is a surface-mount RFID antenna designed for NFC applications operating at 13.56MHz. Manufactured by Taoglas Limited, this component belongs to the FXR series and features a compact form factor suitable for integration into IoT devices. It utilizes an SMT connector for board attachment and employs adhesive mounting methods. The antenna is RoHS compliant and meets REACH standards, ensuring environmental safety for modern electronic assemblies.

Rfid Antennas Feature Summary

• Supports Near Field Communication (NFC) protocols
• Designed for Internet of Things (IoT) connectivity
• Utilizes Surface Mount Technology (SMT) for PCB integration

Rfid Antennas Applications

• RFID tagging systems
• NFC-enabled consumer electronics
• IoT device connectivity modules

Rfid Antennas Procurement Notes

Verify the specific manufacturer part number against official Taoglas documentation to ensure compatibility with design requirements. Confirm that the SMT connector type and adhesive mounting specifications align with the target PCB layout and assembly processes before finalizing procurement decisions.

Rfid Antennas Selection Notes

Select this antenna for applications requiring reliable NFC communication within compact IoT devices. Ensure the host system supports the 13.56MHz frequency band and accommodates the surface-mount package dimensions. Validate impedance matching and ground plane requirements during the design phase to optimize performance.

Rfid Antennas Part Context

This component is part of the FXR series from Taoglas Limited, which specializes in RF antennas for wireless communication. The FXR series focuses on providing efficient solutions for RFID and NFC applications, offering various form factors to suit different space constraints in modern electronic designs.

Rfid Antennas Replacement Considerations

Consult official Taoglas documentation for verified substitute part numbers. Cross-reference technical specifications such as frequency, impedance, and physical dimensions to ensure functional equivalence when considering alternative components.