77311-824-14LF

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Rectangular Connectors - Headers, Male Pins, are used in a variety of electrical applications. The 77311–824–14LF is a small, versatile, low-profile male connector pin designed for a variety of applications. The connectors offer excellent performance, flexibility, and dependability.

In order to provide reliable and secure connections between two electrical devices, the 77311–824-14LF is built with a tough, corrosion-resistant metal housing that can withstand temperatures up to 200°F (93.3°C). The male pin is designed with an easy-to-use “slide together” interlock to secure connections and prevents accidental disconnection of the electrical connection. The male pin connector can be used in many applications where space is limited and air flow is essential.

The male pin connector of the 77311–824–14LF uses a spring-loaded snap-in connection that provides reliable mating, preventing accidental disconnection. This type of connection is ideal for networking applications since it provides a precise fit and contact pressure, while also allowing for a faster setup time than a traditional screw termination. The connection is also protected against dust, debris, and other contaminants.

In terms of performance, the 77311–824–14LF offers superior signal integrity, featuring a reduced crosstalk that is five times greater than other connectors. The male pin also provides excellent current carrying capacity, with a maximum current rating of 30 Amps, making it ideal for high power applications. The male pin is situated in an all-male configuration so the connection can be made without the need of a jumper or adapter.

The 77311–824–14LF is a great choice for applications such as computers, telecommunications, telecommunications/data communications, automotive, and industrial control systems. The male pins offer reliability, flexibility, and performance, with its low-profile design and excellent current carrying capacity. Its robust corrosion-resistant construction enables it to withstand temperatures up to 200°F, making it suitable for use in a variety of environments.

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