1734375-1

Elevate your circuit connections with the CHAMP .050 High Rise, Reversed header. Part of the CHAMP .050 Series I, this board mount connector features a durable matte housing and four rows of phosphor bronze contacts, ideal for signal applications. With a right-angle mount orientation and through-hole solder termination method, it offers reliable performance in various PCB setups. The gold flash plating ensures excellent conductivity, while the UL 94V-0 flammability rating guarantees safety. Operating in a wide temperature range from -67 to 221 °F, this connector is suitable for high-temp environments. Its square contact shape and matrix layout enable precise mating on printed circuit boards. Each package includes 16 connectors, perfect for board-to-board configurations. Complete with boardlock retention and polarized mating alignment, it provides secure and foolproof assembly. Trust in its high-quality construction and compliance with international standards for a seamless integration into your electronic systems. Elevate your circuit connections with the CHAMP .050 High Rise, Reversed header. Part of the CHAMP .050 Series I, this board mount connector features a durable matte housing and four rows of phosphor bronze contacts, ideal for signal applications. With a right-angle mount orientation and through-hole solder termination method, it offers reliable performance in various PCB setups. The gold flash plating ensures excellent conductivity, while the UL 94V-0 flammability rating guarantees safety. Operating in a wide temperature range from -67 to 221 °F, this connector is suitable for high-temp environments. Its square contact shape and matrix layout enable precise mating on printed circuit boards. Each package includes 16 connectors, perfect for board-to-board configurations. Complete with boardlock retention and polarized mating alignment, it provides secure and foolproof assembly. Trust in its high-quality construction and compliance with international standards for a seamless integration into your electronic systems.