RND RND 205 Series Straight Through Hole Pin Header, 10 Contact(s), 2.54 mm Pitch, 1 Row, Unshrouded

The RND Superior quality pin header is designed to meet the demanding requirements of professional and industrial applications. Offering exceptional reliability, it facilitates seamless connections for board-to-board, wire-wrap, or programming purposes. Crafted with precision, it is suited for a wide operating temperature range, ensuring robust performance even in challenging environments. The pin header features a straight connector design with a Compact pitch, making it an Ideal choice for space-constrained applications. Its Durable construction includes a selection of top-tier materials, ensuring longevity while maintaining excellent electrical conductivity.

The RND Superior quality pin header is designed to meet the demanding requirements of professional and industrial applications. Offering exceptional reliability, it facilitates seamless connections for board-to-board, wire-wrap, or programming purposes. Crafted with precision, it is suited for a wide operating temperature range, ensuring robust performance even in challenging environments. The pin header features a straight connector design with a Compact pitch, making it an Ideal choice for space-constrained applications. Its Durable construction includes a selection of top-tier materials, ensuring longevity while maintaining excellent electrical conductivity.

Optimised for Compact spaces with a straight connector designConstructed from high-quality materials for enhanced durabilityGold flash plating over nickel ensures excellent electrical conductivityMinimises contact resistance for improved efficiency in connections

Optimised for Compact spaces with a straight connector design

Constructed from high-quality materials for enhanced durability

Constructed from high-quality materials for enhanced durability

Gold flash plating over nickel ensures excellent electrical conductivity

Gold flash plating over nickel ensures excellent electrical conductivity

Minimises contact resistance for improved efficiency in connections

Minimises contact resistance for improved efficiency in connections