Condition: New
Product Overview: The Digicomm SCS-862-06 is a 6 dB plug-in cable simulator designed specifically for use in cable RF amplifiers, including models like the ARRIS Flex Max series. Engineered to simulate the signal loss that occurs over a standard length of coaxial drop cable, this plug-in allows technicians to accurately balance and optimize signal levels in the forward path. Ideal for managing tilt and equalization in high-frequency distribution systems, it's a key component for maintaining system performance and ensuring reliable service delivery.
Features
6 dB Signal Simulation
Emulates the attenuation of a 6 dB drop cable run, helping to balance and shape the forward signal path in amplifier configurations.Amplifier-Compatible Plug-In
Designed for easy installation into Flex Max and similar HFC amplifier platforms, enabling fast upgrades and adjustments in the field.Broadband Operation
Supports operation across the typical amplifier bandwidth range (e.g., up to 1 GHz or more), maintaining predictable attenuation characteristics.
Condition: New
Product Overview: The Digicomm SCS-862-06 is a 6 dB plug-in cable simulator designed specifically for use in cable RF amplifiers, including models like the ARRIS Flex Max series. Engineered to simulate the signal loss that occurs over a standard length of coaxial drop cable, this plug-in allows technicians to accurately balance and optimize signal levels in the forward path. Ideal for managing tilt and equalization in high-frequency distribution systems, it's a key component for maintaining system performance and ensuring reliable service delivery.
Features
6 dB Signal Simulation
Emulates the attenuation of a 6 dB drop cable run, helping to balance and shape the forward signal path in amplifier configurations.Amplifier-Compatible Plug-In
Designed for easy installation into Flex Max and similar HFC amplifier platforms, enabling fast upgrades and adjustments in the field.Broadband Operation
Supports operation across the typical amplifier bandwidth range (e.g., up to 1 GHz or more), maintaining predictable attenuation characteristics.