Compact coaxial attenuator that reduces signal strength across a wide frequency range while offering durable, lightweight construction. Key benefits - Protects sensitive equipment: reduces incoming RF levels to prevent receiver or test-equipment overload. - Solves level-matching problems: lets you adjust signal amplitude to match downstream inputs without changing source equipment. - Broad application range: its wide frequency range supports many RF tasks, minimizing the need for multiple attenuators. - Space- and travel-friendly: compact size fits tight installations and is easy to carry for field work. - Built to last: robust plastic housing protects internal components and resists wear from repeated handling. What it does and why it stands out - Function: provides reliable attenuation of coaxial signals in-line with your RF signal chain to control signal amplitude and protect devices. - Compatibility: designed for use with coaxial systems and equipment, making it a flexible tool for general RF and communications setups. - Performance: wide frequency coverage enables use across many applications without frequent swapping. - Construction: rugged plastic enclosure offers impact resistance, lightweight handling, and extended service life in laboratory and field environments. Practical use scenarios - Lab testing: use on a bench to reduce signal levels when calibrating or troubleshooting receivers and spectrum analyzers to avoid overload. - Field installations and maintenance: insert in-line with coaxial cabling to tame strong broadcast signals or prevent interference-related damage during site adjustments. - On-site troubleshooting: carry as a compact, durable tool to quickly adjust signal amplitude when diagnosing network or RF link issues. Additional notes - Easy to integrate into existing coaxial signal paths for immediate use. - Durable housing reduces risk of damage during handling and frequent connections. This attenuator is a practical, compact solution for controlling coaxial signal levels across a wide range of frequencies while offering durable construction for reliable, long-term use.