PEANFP1069

Rfid Antennas Overview

The PEANFP1069 is a directional RFID flat panel antenna designed for operation within the 902 to 928 MHz frequency range. It features a nominal gain of 9 dBi and utilizes a Type N male connector with a 50 Ohm impedance. The unit is housed in an ABS radome, providing structural protection for the internal components while maintaining RF transparency.

Rfid Antennas Feature Summary

• Directional radiation pattern optimized for specific coverage areas
• Integrated ABS radome housing for environmental durability
• Standardized Type N male interface for cable connectivity

Rfid Antennas Applications

• RFID system deployments requiring directional signal focus
• Industrial automation identification networks
• Access control infrastructure utilizing UHF RFID tags

Rfid Antennas Procurement Notes

Verify the exact connector gender and impedance specifications against the current manufacturer datasheet prior to integration. Confirm that the operating frequency band aligns with regional regulatory requirements for RFID applications. Ensure mounting hardware supports the physical dimensions and weight of the ABS radome assembly.

Rfid Antennas Selection Notes

Select this model when directional gain is required over omnidirectional coverage. The 9 dBi performance suits applications needing extended read ranges in controlled directions. Verify compatibility with existing Type N cabling infrastructure and ensure the 50 Ohm system impedance matches other network components.

Rfid Antennas Part Context

This component belongs to Pasternack's portfolio of RFID antennas engineered for reliable signal transmission in communication systems. The product line addresses general-purpose RF applications requiring specialized directional characteristics for efficient tag interrogation in structured environments.

Rfid Antennas Replacement Considerations

Consult official documentation for verified substitute part numbers. Cross-reference gain values, connector types, and frequency ranges to ensure functional equivalence without altering system performance parameters.