- Why this attenuator matters: control signal levels precisely to protect sensitive receivers, prevent overdrive of test instruments, and reproduce realistic input conditions during measurements. It simplifies system matching and reduces the need for complex cabling or additional equipment. - Key benefits: - Seamless compatibility: BNC male-to-female connectors provide direct hookup to a wide range of RF devices, test equipment, and coaxial cables without adapters. - Durable construction: stainless steel body resists corrosion and handles repeated field or lab use. - Reliable performance: 50 Ω impedance and a 2 W power rating ensure consistent attenuation with minimal mismatch or heating under normal operating conditions. - Broad frequency support: covers DC to 3 GHz for use with low-frequency baseband signals up through microwave test and communications bands. - Precise attenuation choices: available in attenuation values from 1 dB to 40 dB so you can set the exact level you need. Accuracy is ±0.5 dB for 1–10 dB settings and ±1 dB for 15–30 dB settings. - Technical highlights: - Connector type: BNC male to BNC female - Material: stainless steel housing - Rated power: 2 W - Impedance: 50 Ω - Frequency range: DC–3 GHz - Attenuation range: 1 dB to 40 dB - Attenuation accuracy: ±0.5 dB (1–10 dB), ±1 dB (15–30 dB) - Typical applications: - Test and measurement: use between a signal generator and receiver to set known input levels for calibration, sensitivity testing, or swept-level measurements. - RF system integration: reduce signal amplitude between transmitters and downstream components to prevent overload or to match levels across subsystems. - Field diagnostics and antenna work: quickly add predictable attenuation when evaluating antenna performance, troubleshooting links, or performing drive tests. - Practical advantages: - Fits standard BNC setups so installation is fast and intuitive. - Compact, rugged construction supports both benchtop and field use. - Wide frequency coverage and accurate attenuation choices make it suitable for lab, production, and on-site RF work. This attenuator provides a straightforward, reliable way to control RF signal levels while maintaining good impedance matching and mechanical durability.