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BOA34006NF is listed in the Antennas RF range at ChipApex. The manufacturer field lists Amphenol PCTEL. Its product description is RF ANT 3.6GHZ WHIP STR N TYPE. Review the specifications below when checking this part for your BOM.
The BOA34006NF is a broadband whip antenna manufactured by Amphenol PCTEL, designed for cellular communication applications. It operates across multiple frequency bands supporting 2G, 3G, 4G LTE, and 5G technologies. The unit features a straight whip design with an N-type female connector for secure cable attachment. It utilizes pole mount installation for structural stability in outdoor environments. The antenna provides wideband coverage to accommodate various carrier frequencies within the cellular spectrum.
Verify the specific frequency range and gain specifications against the official Amphenol PCTEL datasheet for the BOA34006NF. Confirm that the N-type female connector matches the system cabling requirements. Ensure the pole mount hardware is compatible with the intended installation structure. Check regulatory compliance certifications required for the target deployment region.
Select this model when a single broadband solution is needed for multi-generational cellular systems. The N-type connector offers robust connectivity for high-frequency applications. Consider the physical dimensions and wind load ratings for the mounting location. Verify that the antenna's bandwidth covers all necessary carrier frequencies for the network.
Amphenol PCTEL specializes in RF antennas and testing solutions. Following its acquisition by Amphenol Corporation, the brand continues to produce components for wireless infrastructure. The BOA34006NF belongs to the portfolio of cellular antennas designed for reliable long-range communication in public safety and commercial networks.
Check for updated part numbers from Amphenol PCTEL as product lines evolve. Verify compatibility with existing mounting brackets and cabling. Ensure replacement units meet the same performance standards for the supported cellular bands.
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