Attenuator with N connectors for reliable RF signal control Key specifications - Attenuation: 40 dB with tolerance of ± 1.2 dB - Maximum input power: 10 W - Frequency range: DC to 3 GHz - VSWR: ≤ 1.20 - Connection: N male to N female - Impedance: 50 Ω - Temperature range: -55 °C to +125 °C - Items per pack: 1 item Why you need this product - Protect sensitive test equipment: With 10 W maximum input power, it helps prevent damage to receivers and front-end components when testing high-power sources. - Ensure predictable signal levels: The precise 40 dB attenuation provides consistent signal reduction, improving measurement repeatability. - Improve measurement accuracy: A low VSWR (≤ 1.20) minimizes reflections, leading to cleaner, more accurate test results across the operating band. - Broad compatibility for RF systems: 50 Ω impedance and standard N connectors ensure easy integration with many RF test setups and equipment. - Suitable for harsh environments: Wide temperature tolerance (-55 °C to +125 °C) supports lab, production, and field applications. What makes it stand out - Clear performance specification: Attenuation, power handling, frequency range, and VSWR are explicitly defined for reliable design and testing. - Simple, standard interface: N male to N female connections provide straightforward in-line insertion with common RF tooling. - Robust operating range: The combination of wide frequency capability, low reflection, and broad temperature tolerance makes it suitable for both bench and field use. Use scenarios - RF test bench calibration: Insert this attenuator between a signal source and a receiver to set a known signal level and protect the receiver during calibration sweeps from DC to 3 GHz. - Device under test isolation: Use to isolate a DUT from source impedance and control signal amplitude in measurement setups requiring consistent attenuation across a wide frequency range. - Field measurement and installation: Employ in field deployments where equipment must endure varying temperatures while maintaining stable attenuation and impedance matching.