Key features and benefits - Ultra-wide bandwidth: 2.0 GHz to 10.5 GHz enables broad coverage for positioning, communication, and measurement applications with a single antenna. - High power handling: Maximum input power 10 W (40 dBm) supports reliable transmission in practical link scenarios. - Impedance and match: Input impedance is 50 Ohm, suitable for standard 50-ohm RF systems. - Polarization: Polarization mode is Hammer Linear Polarization for stable signal transmission and reception across the band. - Size and efficiency: Described as a small, high-efficiency antenna, designed to deliver strong performance in compact installations. - Standing wave ratio: Typical SWR of 2.5 across the specified band, indicating acceptable match for many ultra-wideband applications. - Narrow compatibility details: Maintains compatibility with systems designed for 50 Ohm impedance and standard RF interfaces. Specifications at a glance - Max Power: 10 W (40 dBm) - Polarization: Hammer Linear Polarization - Frequency range: 2.0 GHz – 10.5 GHz - SWR: 2.5 (typical) - Impedance: 50 Ohm - Size: Small footprint; high efficiency Use scenarios - Ultra-wideband positioning and navigation systems: A single antenna that covers a broad spectrum to support multiple positioning and tracking functions without swapping antennas. - RF test and measurement setups: Ideal for laboratory bench tests and development work requiring coverage across 2.0–10.5 GHz with a 50 Ohm interface. - Wireless links and backhaul: Suitable for short- to medium-range links in the 2–10 GHz range, where a compact, efficient antenna is advantageous. Notes on compatibility and use - Designed for standard 50 Ohm RF systems, ensuring straightforward integration with equipment and test gear that use 50 Ohm interfaces. - The 2.0–10.5 GHz band coverage supports a variety of applications across the lower microwave spectrum, enabling flexible deployment options in space-constrained environments.