211431-2

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Backplane connectors have become a staple in almost all modern technology, from simple electronics to complex networks. These connectors provide reliable data transfer between circuit boards and are crucial for maintaining a system’s functionality. The 211431-2 Contact is a multi-source agreement approved contact with an impressive list of features that make it ideal for use in a variety of backplane applications. This article will discuss the various features of the 211431-2 Contact, and how it works to provide reliable signal transfer between different layers of a backplane.

Features of the 211431-2 Contact

The 211431-2 Contact features a number of design elements that make it a suitable choice for many different backplane designs. The contact’s construction includes a mating strip of either 32 AWG or 30 AWG copper, which is plated with both gold over nickel and tin over nickel. This plating helps ensure that the contact has a smooth surface which can easily be inserted and removed from the connector without any obstruction. The contact also features a unique pin termination which allows it to be mounted onto a variety of substrates without any additional hardware.

The contact itself is made from a copper alloy that is capable of handling temperatures up to 125°C. This ensures that it remains within its operational limits even when exposed to elevated temperatures. Additionally, the contact includes both a screw and capillary termination option that adds additional flexibility when installing the contact onto a substrate. The combination of these features makes the 211431-2 Contact a suitable choice for a variety of different applications.

211431-2 Application Field and Working Principle

The 211431-2 Contact is most often used as part of a backplane system, typically used to connect two different layers. In this application, the contact is typically inserted into a male or female backplane and acts as a reliable connection between different sections of the system. The contact’s gold plating ensures that the connection remains reliable and that data is passed between the two layers without any interruption or degradation.

The contact is also well-suited to higher-density applications, such as data communication systems. In these applications, the contact helps facilitate reliable data transmission between different layers, such as between the board and motherboard. The contact’s copper alloy composition helps to ensure that the contact remains within its operational limits even when exposed to high temperatures that may be generated by these dense systems. Additionally, the contact’s pin termination option helps to simplify installation and reduce the amount of time required to complete the system.

The 211431-2 Contact is also well-suited to industrial applications where a high degree of accuracy and reliability is required. The contact’s gold plating helps to ensure that the contact maintains a reliable connection with the mating device and that data is passed reliably between layers. Additionally, the contact’s ability to handle higher temperatures makes it suitable for use in applications where temperature may be elevated, such as in power systems.

The versatility of the 211431-2 Contact makes it a suitable choice for a variety of different applications. The contact’s gold plating and copper alloy construction help to ensure that it remains within its operational limits even when exposed to high temperatures and that data is reliably passed between layers. Additionally, the contact’s pin termination option helps to simplify installation and reduce the amount of time required to complete the system. These features make the 211431-2 Contact a suitable choice for a variety of backplane applications.

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