High-performance 50 W, 50 Ω RF component for broadband applications, offering low reflection and predictable behavior across a wide frequency range. Key benefits Handles up to 50 W of RF power, enabling robust performance in transmitter, test, and repeater environments. Low VSWR (≤ 1.20) reduces reflected power and standing waves, improving system stability and protecting upstream equipment. Broad frequency coverage from DC to 3.0 GHz / 4 GHz, supporting many common RF bands without the need for multiple specialized parts. Direct compatibility with standard 50 Ω RF systems for straightforward integration into existing test benches and field installations. Important specifications Power rating: 50 W Impedance: 50 Ohm VSWR: ≤ 1.20 Frequency range: DC to 3.0 GHz / 4 GHz How it solves problems Minimizes return loss and system mismatch issues in line with the specified VSWR, so measurement accuracy and transmitter efficiency are preserved. Eliminates the need to compromise between power handling and bandwidth when working across multiple frequency bands. Simplifies integration into 50 Ω systems, reducing design time and the risk of compatibility errors. Practical applications RF test and measurement: Use on lab benches for calibrating and verifying RF sources, antennas, and cables across DC–3.0/4 GHz. Field maintenance and installation: Suitable for base station and repeater checks or temporary setups where predictable power handling and low reflection are required. Component and system validation: Useful in development-level testing where broadband response and 50 W capability are needed to validate designs under realistic load conditions. What to expect in use Predictable insertion and return characteristics in 50 Ω systems. Stable behavior across the stated frequency range, reducing the need for frequent reconfiguration. Straightforward integration into existing RF chains without special adapters when operating with 50 Ω equipment. Specifications summary Power: 50 W Impedance: 50 Ohm VSWR: ≤1.20 Frequency: DC to 3.0 GHz / 4 GHz