2132498-1

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Backplane connectors are an important subset of specialized connectors used for a variety of industrial applications. The 2132498-1 backplane connector is a particularly useful device that allows for reliable and high-speed data transmissions across a wide range of electrical architectures. This article will discuss the application field of the device and its working principle.

Application Field
The 2132498-1 backplane connector has a wide range of applications across many industries and systems. This device is capable of data transmission across printed circuit boards (PCBs), enabling expanded system capability and connectivity. It has long been used for applications such as commercial and military aircraft, satellite systems, medical instruments, industrial machinery, and data communications, among many other settings.

The particular design of the 2132498-1 makes it particularly useful in two-piece systems with high speed communications needs, such as digital computers and telecommunications devices. It is also well-suited for use outdoors, where it is able to deal with the forces of the environment better than many other connectors. Moreover, it is highly adaptable and is easy to install in different applications without extensive modifications.

Working Principle
The 2132498-1 backplane connector is an intelligent device incorporating high-decession, high-speed contact mechanisation and is capable of carrying digital signals over long distances. It works using a combination of hardened guidance features, mechanical, electrical and energising components. The device works by the application of a spring-loaded actuator, which is interfaced with a small piece of the integrated contact mechanism called the contact arm. This contact arm moves back and forth within the device as the actuator is operated, providing material interfacing between the two contact points.

These contact points latch onto the printed circuit board (PCB), actuating multiple contact areas to establish reliable and high-speed data transmission. This is done by establishing electrical communication traces as well as dissipation for the electric surges. The connector is also designed to be highly resistant to interference from electromagnetic fields, temperature variations, and moisture, providing reliable transmission even under the harshest of conditions.

The 2132498-1 backplane connector is a highly advantageous device used in a variety of settings across industries. Its application field is wide, and its working principle enables high-speed reliable data transmission even in difficult environments. This makes it an ideal solution for many electrical architectures demanding high-speed data transmission.

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