51762-10802800ABLF

Introduction

51762-10802800ABLF is a backplane connector designed for high-performance network architectures such as datacenters, servers, and storage, and is part of a broad portfolio of products for backplane connection solutions. This particular connector is a specialized version of these connectors, designed to meet the strict requirements of high-performance server and storage systems.

Application Field

The 51762-10802800ABLF backplane connector is used to physically connect two or more boards together in a high-speed data sharing or communication system. It has broadcast and fabric sensing capability, as well as an on-board voltage regulator module, allowing the connector to support multiple voltage domains. It is perfect for use in server and storage systems, as well as in other applications where high-speed data transfer and power regulation are required.

Working Principle

The 51762-10802800ABLF utilizes a unique pin-Grid Array (PGA) technology that helps facilitate interconnectivity between multiple printed circuit boards. Through the use of high-pin count PGA connectors, high-speed signal transfer and enhanced stability are achieved over traditional round-pin connectors. This allows for quick and reliable data transfer, without the need for additional external components. Additionally, this connector can handle a wide range of voltage domains (from 1.8V to 3.3V), ensuring compatibility with various board designs.

In addition, the 51762-10802800ABLF has a built-in signal integrity pre-emphasis feature that helps to reduce crosstalk and noise. This helps to ensure reliable data transfer, even at high speed. The connector also offers low power consumption, making it ideal for portable, low power applications.

Conclusion

The 51762-10802800ABLF is an exemplary backplane connector, ideal for server and storage systems. It features a unique pin-Grid Array design that offers fast and reliable data transfer, as well as low power consumption and signal integrity pre-emphasis features that help reduce crosstalk and noise. With its wide voltage range, it can handle multiple voltage domains, making it the ideal solution for high-performance applications.