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T324AM-GDP is listed in the Antennas RF range at ChipApex. The manufacturer field lists Nearson Inc.. Its product description is RF ANT 925MHZ/1.8GHZ WHIP STR. Review the specifications below when checking this part for your BOM.
The T324AM-GDP is a whip-style RF antenna manufactured by Nearson Inc. It operates across two frequency bands: 925 MHz and 1.8 GHz. The component features a straight whip design with an SMA male connector for mounting. This configuration supports applications requiring dual-band performance in the UHF spectrum, specifically within the 300 MHz to 2 GHz range.
Verify the specific suffix requirements when ordering, as variations such as -DG or -R may indicate different physical configurations like straight versus tilt designs. Confirm the SMA male connector compatibility with your host device. Ensure the selected variant matches the required mechanical orientation for your assembly. Cross-reference the manufacturer part number with authorized distributor listings to confirm current availability and standard lead times before finalizing procurement plans.
Select this model when a dual-band capability covering both sub-1 GHz and near 2 GHz operations is required. The straight whip design suits applications where space allows for vertical extension. Compare against similar models like T324AM-GDP-R if a tilted orientation is preferred for clearance reasons. Ensure the SMA interface aligns with existing cable assemblies or panel mounts.
Nearson Inc. produces a series of RF antennas under the T324AM designation. Variants include the T324AM-GDP (straight) and T324AM-GDP-R (tilt). These components are categorized as UHF whip antennas designed for versatile mounting options. The product line addresses needs for reliable signal transmission in compact wireless modules.
The T324AM-GDP-R serves as a functional alternative offering a tilted whip design instead of the straight configuration. Both share the same dual-band frequency specifications and SMA connector type. Verify mechanical fitment differences due to the angle change before substituting.
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