76342-314

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Rectangular Connectors - Headers, Receptacles, Female Sockets, is a type of electrical connector consisting of a pin and socket arrangement that links two or more circuits. The connection is made between two or more PCBs (Printed Circuit Boards) in order to provide interconnection between connected components. With the growth of more feature-rich electronic devices, engineers need connectors that are versatile, reliable and durable.

The 76342-314 application field and working principle is now becoming popular in the design of embedded systems and critical applications, due to its small dimensions and robust design. This form of connector is commonly used in many industries, such as automotive, telecommunications, medical and military applications. In these types of applications the electromagnetic compatibility (EMC) and materials characteristics and also, the quality and reliability of the connector contacts are key.

The description of the 76342-314‘s field of usage and working principle is quite simple: They have two parts, known as the headers and the sockets. The headers are typically a single row of pins that can be used to connect the circuits of two separate PCBs. On the other side, the sockets are wired with mounting holes and have a female aligned opening in which the pins of the header are inserted. This type of connector is usually made up of an insulation material, where the pins are made of metal such as brass, aluminum, copper and stainless steel.

The intended purpose of the 76342-314 is determined by its design. This type of connector needs to maintain a reliable connection as there is no locking mechanism. Therefore, in order to provide reliable interconnections, the housing of the connector must have sufficient mechanical strength to prevent its pins to be unintentionally released from the socket. Many different designs are available according to the requirements and the applications, some of the features are: IP67 protection rating, current ratings as high as 10A, 155°C rated temperature, high reliability, and shock resistance.

The working principle of the 76342-314 is quite simple. Once the header is inserted into the socket, a mechanical contact force is created between the pins and the spring loaded inner contacts of the socket. These contacts are designed to maintain the pin’s connection to the socket and to ensure a reliable interconnection between circuits. This type of connector uses Gold plating technology, which increases its resistance to corrosion and oxidation, provides low contact resistance and improves the electrical performance and reliability.

In addition, the 76342-314 has several advantages over traditional connectors that makes it more suitable for embedded systems and critical applications. For example, due to its small dimensions, this form of connector allows a greater number of connections to be established in less space. Furthermore, the use of gold plating increases resistance to temperature and corrosion that allows longer life expectancy than traditional connectors. Finally, the robust design also provides a strict tolerances that protect it from shocks and ensures secure connection of the pins to the sockets.

Overall, the 76342-314’s application field and working principle make this type of connector suitable for many types of embedded systems, particularly in automotive, telecom, medical and military applications, where high reliability is required and where space is limited. Its small dimensions, robust design, and gold plating technology make it an ideal choice for reliable interconnections.

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