Motorola JXP-2B 2db Break-Away Attenuator Pad
Condition: New
Product Overview: The JXP‑2B is a standardized 2 dB plug‑in attenuator pad in the JXP "break‑away" format, engineered specifically for GI/Motorola and legacy amplifier or node platforms. It’s a compact, field-replaceable module that provides accurate attenuation with flat frequency response up to 1.2 GHz, allowing fine-tuning of RF levels in cascade amplifier chains or node stages — all without modifying fixed cabling or using external inline pads. ([turn0search4][turn0search24])
Features
Fixed 2 dB attenuation: Precisely trimmed to within ±0.5 dB through the full forward and return passband.
Break‑Away style housing ("JXP‑B"): Ergonomic, 1.4″ long form with easy removal; compatible with GI/Motorola headend and node systems.
Broad frequency response: Flat performance from 5 MHz to 1.2 GHz, ideal for DOCSIS 3.1 and digital RF applications.
Gold‑plated contact pins and solvent‑resistant polypropylene body: Ensures durability and low contact resistance over years of service.
Condition: New
Product Overview: The JXP‑2B is a standardized 2 dB plug‑in attenuator pad in the JXP "break‑away" format, engineered specifically for GI/Motorola and legacy amplifier or node platforms. It’s a compact, field-replaceable module that provides accurate attenuation with flat frequency response up to 1.2 GHz, allowing fine-tuning of RF levels in cascade amplifier chains or node stages — all without modifying fixed cabling or using external inline pads. ([turn0search4][turn0search24])
Features
Fixed 2 dB attenuation: Precisely trimmed to within ±0.5 dB through the full forward and return passband.
Break‑Away style housing ("JXP‑B"): Ergonomic, 1.4″ long form with easy removal; compatible with GI/Motorola headend and node systems.
Broad frequency response: Flat performance from 5 MHz to 1.2 GHz, ideal for DOCSIS 3.1 and digital RF applications.
Gold‑plated contact pins and solvent‑resistant polypropylene body: Ensures durability and low contact resistance over years of service.