- What it does and why you need it - Coaxial attenuator that reduces signal amplitude to protect sensitive test equipment and receivers, and to set known signal levels during measurements. - Compact form factor saves bench and rack space, making it easy to install in crowded setups or portable test kits. - Wide frequency range supports a broad set of RF applications so a single attenuator can cover multiple signals and instruments. - Key benefits and problem solving - Prevents receiver overload and distortion by lowering input power to safe levels. - Simplifies measurement setup by providing predictable attenuation across a broad frequency span, improving repeatability and test accuracy. - Robust plastic housing resists everyday handling and environmental wear, extending service life and reducing replacement frequency. - Important attributes - Function: passive coaxial attenuation for reducing signal power and protecting equipment. - Compatibility: designed for use in coaxial signal paths and with common RF test equipment and systems. - Size: compact design for easy integration into tight spaces and portable test kits. - Material: durable plastic housing for mechanical protection and long-term durability. - Performance: wide frequency range suitable for diverse RF tasks (see your system requirements for exact limits). - Typical use scenarios 1. Bench testing and calibration: connect between a signal source and measurement instrument to set a known input level and avoid overloading sensitive inputs. 2. Field installations and troubleshooting: lightweight, compact attenuator used in-line to protect receivers or to reduce signal strength for diagnostics without changing system wiring. 3. Portable test kits and service vehicles: small size and robust housing make it suitable for technicians who need reliable attenuation across multiple frequency bands on the go. - Practical notes - Use this coaxial attenuator whenever you need reliable, compact attenuation across a wide frequency span. - Confirm the attenuator’s frequency and attenuation specifications against your equipment requirements before deployment.