EXD450BN

Antennas RF Overview

The EXD450BN is a 460MHz whip-style RF antenna manufactured by TE Connectivity. It operates within the 450MHz to 470MHz frequency range and features a straight physical configuration. The component utilizes a BNC male connector for installation purposes. This specific part number belongs to the EXD series of antennas designed for radio frequency applications.

Antennas RF Feature Summary

• Whip-style design with straight physical configuration
• Operates in the 450MHz to 470MHz frequency band
• Equipped with a BNC male connector interface

Antennas RF Applications

• RF communication systems requiring 450-470MHz operation
• Radio frequency signal transmission setups
• Industrial wireless communication infrastructure

Antennas RF Procurement Notes

Verify the obsolete status of this specific part number before procurement planning. Confirm that the BNC male connector interface matches existing system requirements. Ensure the 450MHz to 470MHz frequency range aligns with operational needs. Check for available replacement alternatives from the same manufacturer series if supply continuity is required.

Antennas RF Selection Notes

Select this component only when a BNC male connector interface is mandatory for the application. Consider the 450MHz to 470MHz frequency range as a strict operational constraint. Evaluate the whip-style form factor against spatial constraints in the installation environment. Verify compatibility with existing mounting hardware due to the specific connector type.

Antennas RF Part Context

This antenna belongs to the EXD series produced by TE Connectivity. The series focuses on radio frequency connectivity solutions. The model represents a specialized component for specific frequency bands. It is distinct from other TE Connectivity product lines such as connectors or sensors.

Antennas RF Replacement Considerations

Check for direct substitutes within the EXD series. Consult official documentation for updated part numbers replacing obsolete models. Verify technical parameter alignment before substitution.