SEARCH
— IC芯片 | 连接器 | 传感器 | 被动器件 —
The Amphenol Aerospace Operations part number 71-482351-11P is a circular connector receptacle belonging to the JT08RE series. It features an aluminum alloy shell with olive drab cadmium plating and utilizes a bayonet coupling mechanism for secure attachment. The component is designed for panel mount installation and incorporates solder termination for reliable electrical connections. It supports 11 positions arranged in insertion configuration 18-11, utilizing male pin contacts made of copper alloy with gold plating. This connector complies with MIL-DTL-26482 Series I standards, ensuring suitability for demanding operational environments.
Verify the exact suffix codes against official manufacturer documentation to confirm material specifications and environmental ratings. Ensure compatibility with existing panel cutouts and mating plug configurations before procurement. Confirm current availability status as supply conditions may vary due to manufacturing constraints or obsolescence notices associated with specific military specification components.
Select this component when MIL-DTL-26482 Series I compliance is required for panel-mounted applications. The bayonet interface suits environments needing frequent connection cycles without thread wear. Verify that the 11-position pin arrangement matches the circuit design requirements. Consider the operating temperature range and voltage ratings specified in the datasheet to ensure performance under intended load conditions.
This part belongs to the JT08RE family of circular connectors manufactured by Amphenol Aerospace Operations. These connectors are engineered to meet stringent military specifications for reliability and performance. The series is widely utilized in defense and aerospace sectors where robust interconnect solutions are critical for mission-critical operations and harsh environmental exposure.
Cross-reference with MS3101E18-11P or similar MIL-C-26482 equivalents if interface compatibility is required. Verify dimensional tolerances and contact alignment before substitution to maintain mechanical integrity.