5-87879-2

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Rectangular Connectors - Headers, Receptacles, Female Sockets have become a cornerstone of electronics architecture in product design and development, and this is largely due to the diversity of its application fields and working principles. The 5-87879-2 socket offers unprecedented performance and reliability when used at the interface between an integrated circuit and a PCB. This article will cover the application fields and working principles of 5-87879-2 sockets.

The 5-87879-2 socket is a 24 pin, dual row, low profile, dual contact terminal and socket combination. It is designed for high volume, mission critical applications and is ideal for applications where space is at a premium. The socket features a double ended contact design that allows for superior contact stability and signal integrity. The contact interface is constructed of a super stiff stainless steel material to ensure that the contacts are securely crimped and tight to the socket. The connector also features a high durability surface finish to resist corrosion.

The primary application field of the 5-87879-2 socket is as a connector for integrated circuits. The socket functions as a medium for communication between the integrated circuit and a printed circuit board (PCB). This ensures that whichever components are necessary to complete the application are securely attached and are in communication with the other components on the board. In addition, the socket can be used in automotive, aerospace, telecommunications, and medical applications.

The working principle of the 5-87879-2 socket is relatively simple and effective. Through its double ended contact design, the socket is able to provide a secure connection between the integrated circuit and the PCB. This allows for reliable transfer of data and power, as well as providing electrical insulation between the two components. The contact interface has two halves, with each half featuring strips of solder or angled contacts. These strips are stacked upon one another and when electricity is induced, they compress together, providing a secure fit. The interface is then coated with a high durability surface material to prevent corrosion and increase the longevity of the socket.

In conclusion, the 5-87879-2 socket is a versatile connector that can be used in a variety of applications. Its double ended contact design ensures reliable communication between the integrated circuit and a printed circuit board, and its high durability surface finish ensures that the socket will remain corrosion free for extended periods of time. This makes the 5-87879-2 socket an ideal choice for mission critical applications which require reliability and durability.

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