61082-061629LF

61082-061629LF rectangular connectors are highly versatile and are commonly employed in a wide range of applications. They are classified as arrays, edge type, mezzanine (board to board) connectors. Rectangular connectors feature a higher contact density and more functionality than standard circular connectors, thus making them the preferred choice in high-end applications. Rectangular connectors are ideal for use in rugged environmental conditions and reliable electrical connections.

This 61082-061629LF rectangular connector is designed to accommodate up to 8 signal paths, which is usually more than enough for most higher-end applications. The connector is fitted with the latest technology, making it reliable and featuring excellent performance even in rigorous usage conditions. The contacts are corrosion-resistant and ruggedized to ensure optimal performance at all times. The contact gold plating also aids reliability and electrical conductivity.

The 61082-061629LF rectangular connector is designed for two specific working principles, namely right-angle and straight. The right-angle connection usually involves one or more ports of the connector that are on the same or parallel plane. The straight connection involves one or more ports of the connector that are directed in the opposite direction towards the other port or parallel to the other port. Both working principles are highly beneficial for facilitating versatile use in different applications.

The 61082-061629LF rectangular connector is designed to accommodate a wide range of applications, such as industrial controls, robotics and automation systems, communications systems, power supplies, signal management and many more. By providing a solid connection to data lines, it can be effectively utilized in mission-critical applications. This connector is ideal for harsh operating environments, as its robust construction provides superior performance regardless of the environmental conditions. Furthermore, it is designed for versatile mounting, thus making it suitable for use in tight spaces.