51915-163

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Backplane connectors come in many shapes and sizes, and their use across a wide variety of industries is well-known. The 51915-163 backplane connector is a specialized device designed for use in high-speed datacenters and network computing systems. Its specialized design allows for robust connection to a host board, eliminating the chances of its electrical contacts becoming loose or degraded due to vibration. This article will explore the application field and working principle of the 51915-163 backplane connector.

One of the most popular applications of the 51915-163 backplane connector is in data centers, where its robust electrical contact design facilitates reliable and high-speed transmission of data. The connector is used in multiple memory slots, providing the required connection to multiple memory modules so that the data can be written to and read from the memory. The 51915-163 is also often used in other applications, such as in telecommunication and network equipment, where its tight electrical contact design ensures that data is safely and accurately transmitted between multiple memory cards.

The working principle of the 51915-163 backplane connector is based on the electrical contact design. It has multiple contactor spring pins that take the form of metallic springs or stamped steel, steel pins, or plastic pins. This contactor spring pin design not only ensures reliable electrical contact, but also facilitates the contact of adjacent pins while maintaining the required electrical contact pressure. This ensures that the transmission of data is reliable and robust.

The 51915-163 also has a specialized design that helps it to withstand vibration. This is due to the two-stage contact design. The first stage is a force-driven contact that provides a secure connection while the second stage provides electrical contact with the host board. This ensures that the connections remain stable and secure, resistant to the effects of vibration or other environmental factors.

In addition, it has a specialized mechanism that helps it to have an efficient operation. The contactor spring pins of the 51915-163 are designed with a high-speed turn radius, allowing for quick and easy replacement of the connector. This ensures that it can be quickly serviced and replaced in the event of failure, reducing downtime and increasing productivity.

Finally, it has a special design that helps to reduce heat during operation. The 51915-163 backplane connector has an air flow cavity design that helps to dissipate heat build-up during operation. This keeps the device running at optimal temperatures, reducing the chances of overheating and other potential problems.

In conclusion, the 51915-163 backplane connector has a specialized design that allows for robust electrical connection between a host board and multiple memory modules. Its design facilitates reliable and high speed transmission of data and is designed with a two-stage contact design to protect it from the effects of vibration and other environmental factors. It also has a high-speed turn radius and a specialized air flow cavity design that help to dissipate heat build-up, allowing for efficient and uninterrupted operation of the device.

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