Compact coaxial attenuator designed to control signal levels while occupying minimal space. Its small footprint makes it easy to install in crowded racks, test benches, and portable setups without compromising access to nearby components. Key benefits - Precise signal level control: reduces or balances signal amplitude to protect sensitive receivers, prevent overload, and match test or system requirements. - Space-saving design: compact size simplifies integration into dense equipment layouts and portable measurement rigs. - Reliable across a wide frequency range: suitable for applications that require performance over broad RF bands. - Durable construction: robust plastic housing delivers long-term mechanical protection for the internal components, improving service life in lab and field environments. Features and attributes - Function: passive attenuator for coaxial signal paths, providing controlled reduction of RF signal amplitude. - Compatibility: designed for use in coaxial systems; integrates easily with standard coaxial cabling and equipment. - Size: compact form factor for flexible placement and mounting in tight spaces. - Material: strong plastic housing protects connections and components from physical wear and impacts. - Performance: maintains consistent attenuation and mechanical stability across a wide frequency range. Practical applications - Lab testing and measurement: use to reduce signal levels into measurement instruments to prevent input overload and obtain accurate readings. - Field installations and antenna systems: install inline to adjust received or transmitted signal levels without reworking feedlines. - Prototyping and R&D: integrate into RF prototypes to quickly evaluate system behavior at different signal amplitudes. Why this attenuator solves practical problems - Prevents damage and distortion by controlling signal amplitude before sensitive equipment. - Saves space compared with bulkier attenuators, enabling neater system layouts and easier portability. - Offers durable protection in routine use thanks to its robust plastic housing, reducing maintenance and replacement frequency.