Molex 35328 Series Vertical Through Hole PCB Header, 4 Contact(s), 7.92 mm Pitch, 1 Row, Shrouded

The Molex 7.92 mm pitch header is a vertical, shrouded connector with positive lock, featuring 4 circuits. It is made of glass-filled PA Polyamide (Nylon) 6/6 in white. This product facilitates a seamless connection in electronic devices, enabling reliable performance where superior electrical integrity is crucial. Its user-friendly design ensures easy installation and maintenance, making it an optimal choice for professionals looking for efficiency and durability in their projects. Ideal for both industrial and consumer electronics, this connector exemplifies high-grade engineering tailored to meet the demands of modern connectivity challenges.

The Molex 7.92 mm pitch header is a vertical, shrouded connector with positive lock, featuring 4 circuits. It is made of glass-filled PA Polyamide (Nylon) 6/6 in white. This product facilitates a seamless connection in electronic devices, enabling reliable performance where superior electrical integrity is crucial. Its user-friendly design ensures easy installation and maintenance, making it an optimal choice for professionals looking for efficiency and durability in their projects. Ideal for both industrial and consumer electronics, this connector exemplifies high-grade engineering tailored to meet the demands of modern connectivity challenges.

User-friendly design promotes quick installation and ease of useRobust construction ensures long-lasting durability and performanceVersatile application across various electronic devicesEngineered for superior electrical performance under demanding conditions

User-friendly design promotes quick installation and ease of use

Robust construction ensures long-lasting durability and performance

Robust construction ensures long-lasting durability and performance

Versatile application across various electronic devices

Versatile application across various electronic devices

Engineered for superior electrical performance under demanding conditions

Engineered for superior electrical performance under demanding conditions