55510-314LF

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55510-314LF is one of the many rectangular connectors available, which can be classified as Headers, Receptacles, and Female Sockets. In particular, this part provides a female socket solution. It has two configurations: a single row of contacts or two rows of contacts arranged in a perpendicular configuration. This part has twenty-eight positions, in which the contacts are 0.039" pitch, which allows the user to create a larger device footprint or operate in a very small space.

The 55510-314LF is constructed with components that are designed for both performance and reliability. It is made with a positioning peg and screw or flexible beam fasteners, an insulated housing, and the required number of positions. The contacts are gold-plated and available in both standard and high retention, ensuring that the product is both reliable and of high quality. Additionally, the contacts are held in place with a metal retainer and plastic spacer to help ensure long-term use.

The 55510-314LF is designed to be used in a wide variety of applications, from printers to automotive control systems. It is particularly well-suited for use in high-density installations, as it offers superior electrical performance due to its dense contact array. Additionally, it is designed for use in any environment, as it is resistant to damages from vibrations, humidity, and most chemicals.

The working principle of the 55510-314LF is relatively simple. It consists of two mating parts: a header with male pins and sockets that mate together. When the header is inserted into the receptacle, the male pins are pushed into the female sockets, completing an electrical connection. The connection is secured by the metal retainer, which holds the contacts in place.

In conclusion, the 55510-314LF is a highly reliable, high-performance Rectangular Connector, classified as Headers, Receptacles, and Female Sockets. It has a variety of applications, from printers to automotive control systems. Additionally, it is constructed with resilient components for long-term use and offers superior electrical performance due to its dense contact array. Its working principle is also fairly straightforward: a header is inserted into the receptacle, and the contacts are pushed into each other, completing an electrical connection.

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