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FTRA6971M5PB-001 is listed in the Antennas RF range at ChipApex. The manufacturer field lists TE Connectivity. Its product description is OMNI PH PMT 698-7125MHZ BLK 5 DB. Review the specifications below when checking this part for your BOM.
The TE Connectivity FTRA6971M5PB-001 is a low-profile, omni-directional RF antenna designed for 5G applications. It features a dome shape with an N-type female connector and panel mount configuration. The operating frequency range spans from 698 MHz to 7125 MHz, supporting broad band coverage. The antenna provides a gain of 2 dBi and utilizes a phantom on-ground plane design. This component is engineered for integration into wireless infrastructure requiring compact form factors and reliable signal transmission across multiple frequency bands.
Verify the specific ordering suffix to confirm connector type and mounting style. Ensure compatibility with existing N-type interfaces. Confirm frequency range requirements match the 698-7125 MHz specification. Check environmental ratings if outdoor deployment is intended. Validate mechanical dimensions against enclosure constraints prior to purchase.
Select this model when a low-profile solution is required for 5G networks. Consider the 2 dBi gain for standard coverage needs. Evaluate the panel mount option for fixed installations. Compare against higher gain variants if extended range is necessary. Ensure the N-type interface aligns with system cabling standards.
This part belongs to the 5G Phantom Low-Profile On-Ground Plane series by TE Connectivity. These antennas are optimized for modern wireless infrastructure. The series offers various frequency ranges to suit different regional standards. The FTRA6971M5PB-001 specifically targets wideband operations. It represents a compact alternative to traditional whip antennas.
Public confirmed substitute part numbers are not available in the provided documentation. Consult official TE Connectivity catalogs for cross-reference data. Verify electrical parameters before substituting with similar models. Ensure mechanical fitment matches the original design specifications.
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