Molex 71308 Series Vertical Surface PCB Header, 12 Contact(s), 2.54 mm Pitch, 2 Row, Unshrouded

The Molex C-Grid Breakaway Header is a versatile and essential component designed for efficient board-to-board and wire-to-board connections. Featuring a 2.54mm pitch, this dual-row, vertical surface mount connector accommodates 12 circuits, ensuring reliability in various applications. The header is constructed with high-temperature thermoplastic, ensuring durability under demanding conditions. Its selective gold plating offers superior conductivity and corrosion resistance, making it suitable for environments up to 120°C. With PCB locator pegs, this component provides secure placement, while its low-halogen compliance enhances safety standards. Overall, this connector is engineered for quality performance in modern electronic assemblies.

The Molex C-Grid Breakaway Header is a versatile and essential component designed for efficient board-to-board and wire-to-board connections. Featuring a 2.54mm pitch, this dual-row, vertical surface mount connector accommodates 12 circuits, ensuring reliability in various applications. The header is constructed with high-temperature thermoplastic, ensuring durability under demanding conditions. Its selective gold plating offers superior conductivity and corrosion resistance, making it suitable for environments up to 120°C. With PCB locator pegs, this component provides secure placement, while its low-halogen compliance enhances safety standards. Overall, this connector is engineered for quality performance in modern electronic assemblies.

Tube packaging facilitates easy handling and storageCompatible with various Molex connectors enhances versatilityNarrow pitch enables space-efficient designs without compromising performanceWide operating temperature range accommodates diverse applications

Tube packaging facilitates easy handling and storage

Compatible with various Molex connectors enhances versatility

Compatible with various Molex connectors enhances versatility

Narrow pitch enables space-efficient designs without compromising performance

Narrow pitch enables space-efficient designs without compromising performance

Wide operating temperature range accommodates diverse applications

Wide operating temperature range accommodates diverse applications