Molex 71308 Series Vertical Surface PCB Header, 26 Contact(s), 2.54 mm Pitch, 2 Row, Unshrouded

The Molex C-Grid Breakaway Header designed for seamless board-to-board and wire-to-board connections, facilitating efficient component interfacing in electronic applications. With its robust construction featuring 26 circuits and a vertical orientation, this surface mount header is engineered for durability and reliability. The product offers selective gold plating, ensuring optimal conductivity while minimizing tarnishing over time. Its high-temperature thermoplastic resin body supports a diverse operating range, making it suitable for various industrial applications. The breakaway feature enhances flexibility in design, allowing for tailored solutions without the need for additional components.

The Molex C-Grid Breakaway Header designed for seamless board-to-board and wire-to-board connections, facilitating efficient component interfacing in electronic applications. With its robust construction featuring 26 circuits and a vertical orientation, this surface mount header is engineered for durability and reliability. The product offers selective gold plating, ensuring optimal conductivity while minimizing tarnishing over time. Its high-temperature thermoplastic resin body supports a diverse operating range, making it suitable for various industrial applications. The breakaway feature enhances flexibility in design, allowing for tailored solutions without the need for additional components.

Dual-row configuration optimizes space, providing 26 circuits for greater connectivityDurable mating cycles of up to 50 ensure long-lasting performanceLow-halogen materials contribute to environmental sustainability without sacrificing performanceMeets EU RoHS compliance for minimal hazardous substance impact

Dual-row configuration optimizes space, providing 26 circuits for greater connectivity

Durable mating cycles of up to 50 ensure long-lasting performance

Durable mating cycles of up to 50 ensure long-lasting performance

Low-halogen materials contribute to environmental sustainability without sacrificing performance

Low-halogen materials contribute to environmental sustainability without sacrificing performance

Meets EU RoHS compliance for minimal hazardous substance impact

Meets EU RoHS compliance for minimal hazardous substance impact