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ANT-1.4-CW-HWR-RPS is listed in the Antennas RF range at ChipApex. The manufacturer field lists TE Connectivity Linx. Its product description is RF ANT 1.4GHZ WHIP TILT RP-SMA. Review the specifications below when checking this part for your BOM.
The TE Connectivity Linx ANT-1.4-CW-HWR-RPS is a dipole center-fed ½-wave whip antenna designed for the UHF band. It operates within a frequency range of 1.35GHz to 1.45GHz, centered at 1.4GHz. The component features an RP-SMA male connector for secure attachment and supports linear polarization. It requires a ground plane size of 102 mm x 102 mm for optimal performance. This model belongs to the HW series, offering a tilt mount configuration suitable for various RF applications.
Verify the specific connector type and mounting requirements against system schematics before ordering. Confirm that the required ground plane dimensions (102 mm x 102 mm) are accommodated in the final enclosure design. Ensure compatibility with the RP-SMA interface on the host device. Check regulatory compliance status for the target market.
Select this model when a ½-wave dipole configuration is preferred over standard monopole designs for improved gain or pattern control. Consider the tilt mount feature if directional adjustment is necessary post-installation. Verify that the operating frequency aligns strictly with the 1.35GHz to 1.45GHz range. Ensure the application environment supports the required ground plane size for proper impedance matching.
This antenna is part of the TE Connectivity Linx HW series, which includes both monopole ¼-wave and dipole ½-wave versions. The HWR suffix typically denotes a swivel or tilt mount variant, providing mechanical flexibility compared to fixed straight whips. It serves as a specialized solution for UHF applications requiring specific radiation patterns or mounting orientations.
The ANT-1.4-CW-HW is a related straight whip variant within the same series. Substitution requires verifying if the fixed mount configuration meets spatial constraints and if the radiation pattern differences are acceptable for the specific application.
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