1 piece per lot — 6 dB SMA-JK 50Ω RF attenuator (DC to 3 GHz) Key benefits - Controls signal level: provides a fixed 6 dB attenuation to reduce signal amplitude reliably without distortion, helping prevent receiver overload and improving measurement repeatability. - Protects equipment: rated for a maximum input power of 10 W so downstream components and test instruments are safeguarded from excessive power. - Maintains signal integrity: low VSWR (≤1.20) over the specified band minimizes reflections and insertion-loss variation across frequency. - Broad frequency coverage and temperature tolerance: operates from DC to 3 GHz and across -25°C to +100°C for use in many environments. Main features and specifications - Quantity: 1 piece per lot - Attenuation: 6 dB - Max input power: 10 W - Frequency range: DC to 3 GHz - VSWR: ≤1.20 - Connector: SMA-JK - Impedance: 50 Ω - Operating temperature range: -25°C to +100°C Compatibility and performance - Designed for 50 Ω RF systems. Use where SMA-JK termination and mating interfaces are specified. - Suitable for laboratory test setups, field equipment, and benchtop instruments that require consistent 6 dB level reduction with low reflection. - Stable performance across a wide frequency range and operating temperatures makes it suitable for routine testing and deployment. Typical applications - Test and measurement: insert into signal chains to reduce power to measurement instruments (spectrum analyzers, signal generators) and obtain accurate readings. - Receiver protection and level matching: prevent overload of sensitive receivers or mixers by reducing incoming signal power to safe levels. - RF system tuning and troubleshooting: isolate sections of a transmit/receive chain, reduce standing wave effects, and help diagnose mismatches during antenna and coax testing. Usage notes - Ensure mating connector type and 50 Ω system compatibility before installation. - Do not exceed the 10 W maximum input power to avoid damage. - For best results, verify connections are clean and tightened to maintain specified VSWR and performance.