ANT-418-MHW-RPS-S

Antennas RF Overview

The ANT-418-MHW-RPS-S is a dipole RF antenna from the MHW series by TE Connectivity Linx, designed for 418 MHz operations. It operates within a frequency range of 408 to 428 MHz with a gain of 2.1 dBi and 50 Ohm impedance. The component features an RP-SMA connector and includes a 79-inch cable. It utilizes adhesive mounting for flat, non-conductive surfaces.

Antennas RF Feature Summary

• Compact dipole design suitable for unobtrusive installation
• Adhesive mounting mechanism for non-conductive surfaces
• Integrated RP-SMA connector with extended cable length

Antennas RF Applications

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

Antennas RF Procurement Notes

Verify the specific cable length designation in official documentation, as suffixes may indicate variations such as standard or long lengths. Confirm that the RP-SMA connector type matches system requirements. Ensure the adhesive mounting method is compatible with the target surface material and environmental conditions specified in the datasheet.

Antennas RF Selection Notes

Select this model for applications requiring a compact, permanently mounted solution on non-conductive surfaces. The integrated cable simplifies routing compared to direct PCB mount options. Consider the 2.1 dBi gain and 408-428 MHz bandwidth for compatibility with regional ISM allocations. Evaluate the mechanical profile against spatial constraints.

Antennas RF Part Context

This part belongs to the MHW series of dipole antennas, which are characterized by their low-profile design and adhesive mounting capabilities. The series targets Sub-GHz wireless applications where space is limited but external antenna performance is required. It complements other MHW variants with different connector types or cable lengths.

Antennas RF Replacement Considerations

Consider ANT-418-MHW-RPS-L for longer cable requirements. Alternative models like ANT-418-HESM offer SMD soldering instead of adhesive mounting. Verify connector polarity and impedance matching when substituting.