50294-1150EC

50294-1150EC Backplane Connectors are highly specialized connectors designed for use in server rack systems. While most backplane connectors are designed to be interchangeable and completely customizable, the 50294-1150EC connector features a unique four-pin design that maximizes performance for high-speed data transfers. The 50294-1150EC connector is insulated to withstand extreme temperatures, and its contact pins are gold plated for added durability and corrosion resistance.

Application Field of 50294-1150EC

The 50294-1150EC Backplane Connectors are specifically used for data communication between servers and multiple peripheral components in server rack systems. It is often used in storage enclosures, enterprise computing applications, and high-performance networking. As a specialized connector, the 50294-1150EC is capable of handling more data than traditional backplane connectors. For example, it is capable of transmitting data at speeds of up to 25Gbps.

Working Principle of 50294-1150EC

The 50294-1150EC Backplane Connectors are designed with a unique four-pin contact system. This four-pin system is specifically designed for high-speed communications between servers and peripheral components. The four-pin contact system can manage data transference at a maximum speed of 25Gbps. It is also insulated against extreme temperatures to ensure durability and reliability.

In addition, the 50294-1150EC Connector is gold plated for improved accelerated wear, corrosion resistance, and durability. The gold plating ensures that the contacts remain secure and that data is transmitted with minimal resistance. The gold plating also guarantees that data transmission will not be compromised due to a build-up of corrosion over time.

The 50294-1150EC Backplane Connectors feature an airtight seal. This seal ensures that the contacts remain secure and protected from the environmental elements. The airtight seal also helps to mitigate electro-magnetic interference, ensuring that data transmission is not disrupted by outside sources.