TE Connectivity 5.2mm Pitch Power Backplane Connector, Female, Vertical, 2 Column, 2 Row, 4 Way, 2169809-1

The TE Connectivity 4 Position Backplane Power Connector is a highly versatile solution designed for seamless board-to-board connections. This connector, ideal for PCB mounting, showcases a unique vertical and orthogonal design, ensuring robust performance in diverse applications. Featuring a compact 5.2mm centreline, it effectively supports up to 20A of current with a maximum operating voltage of 48 VDC, making it suitable for power distribution in various electronic systems. Constructed from liquid crystal polymer, the housing not only enables optimal durability but also ensures low halogen content for environmental compliance.

The TE Connectivity 4 Position Backplane Power Connector is a highly versatile solution designed for seamless board-to-board connections. This connector, ideal for PCB mounting, showcases a unique vertical and orthogonal design, ensuring robust performance in diverse applications. Featuring a compact 5.2mm centreline, it effectively supports up to 20A of current with a maximum operating voltage of 48 VDC, making it suitable for power distribution in various electronic systems. Constructed from liquid crystal polymer, the housing not only enables optimal durability but also ensures low halogen content for environmental compliance.

Offers a board mount design for efficient integrationElectric and mechanical resilience ensures longevityIdeal for power circuits in compact spacesLow halogen material contributes to sustainabilityDesigned for optimal thermal and electrical performanceCompatible with a wide array of TE Connectivity parts for enhanced functionality

Offers a board mount design for efficient integrationElectric and mechanical resilience ensures longevityIdeal for power circuits in compact spacesLow halogen material contributes to sustainabilityDesigned for optimal thermal and electrical performanceCompatible with a wide array of TE Connectivity parts for enhanced functionality