ANT-418-WRT-RPS

Antennas RF Overview

The ANT-418-WRT-RPS is a compact, dome-style RF antenna designed for permanent mounting applications. It operates at a center frequency of 418 MHz with a bandwidth covering 393 MHz to 443 MHz. The component utilizes an RP-SMA male connector for panel installation and features linear polarization. It is engineered for use in Sub-GHz wireless systems, providing reliable signal transmission for industrial and commercial devices.

Antennas RF Feature Summary

• Compact dome design suitable for permanent panel mounting
• Optimized for Sub-GHz wireless communication protocols
• Linear polarization for consistent signal performance

Antennas RF Applications

• Alarm systems
• ISM band applications
• Remote control systems
• Security systems

Antennas RF Procurement Notes

Verify the specific revision level and RoHS compliance status through the official TE Connectivity datasheet before procurement. Confirm that the RP-SMA male connector interface matches the receiving equipment requirements. Ensure the operating temperature range aligns with the intended deployment environment specifications.

Antennas RF Selection Notes

Select this model when a low-profile, permanently mounted solution is required for 418 MHz operations. It serves as a direct replacement for other antennas in the ANT-418 series, such as the ANT-418-PW-QW or ANT-418-HESM, depending on the necessary form factor and connector type for the specific enclosure design.

Antennas RF Part Context

This component belongs to the ANT-418 family from TE Connectivity Linx Technologies, which specializes in RF antennas for Sub-GHz frequencies. The series includes various form factors like chip, whip, and helical types. The WRT variant specifically addresses needs for durable, panel-mountable solutions in constrained spaces.

Antennas RF Replacement Considerations

Compatible substitutes within the same product line include the ANT-418-PW-QW and ANT-418-HESM. Verify mechanical dimensions and connector compatibility when swapping between these models to ensure proper integration into the existing hardware assembly.