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The Amphenol PCTEL 8161D-HR is a GPS embedded RF antenna designed for navigation applications. It operates within the UHF frequency group, specifically targeting the 1 GHz to 2 GHz band. The center frequency is specified at 1.54572 GHz. This component is part of the GPS Embedded series and is supplied in bulk packaging. It serves as a specialized solution for integrating global positioning system connectivity into various electronic systems requiring precise signal reception.
Verify the exact center frequency and impedance specifications against the official manufacturer datasheet before integration. Confirm that the bulk packaging format aligns with your assembly line requirements. Ensure compatibility with the intended host circuit board or connector interface. Cross-reference the part number suffixes to confirm the specific configuration matches your design needs.
Select this model when a dedicated GPS embedded antenna is required for the L1 band. Consider the physical dimensions and mounting style relative to the device enclosure. Evaluate the need for high rejection capabilities if operating in electromagnetically noisy environments. Compare performance metrics against other antennas in the same series to ensure optimal signal-to-noise ratio for the specific application.
This component belongs to the Amphenol PCTEL portfolio of RF antennas and interconnect solutions. The company provides a wide range of antennas for automotive, industrial, and mobile network applications. The 8161D-HR is part of their specialized navigation antenna lineup, supporting global positioning standards. It complements their broader suite of sensor and connectivity products designed for reliable wireless communication.
Check for direct substitutes within the 81xxD-HR series from Amphenol PCTEL. Verify if models like 8111D-HR offer compatible frequencies but different connector types or mounting options. Ensure any replacement maintains the required center frequency and form factor. Consult official substitution guides for cross-referencing equivalent components.