516-221-038-202

Series:	516
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Part Status:	Active
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Backplane Connectors - Specialized Connectors

Backplane connectors are a type of specialized connectors that provide high speed, reliable data communication between two or more boards or devices. The backplane connector, referred to as 516-221-038-202, is designed to support very high-speed data transfer applications and offers significant advantages over other specialized connectors.

What is a Backplane Connector?

Backplane connectors provide a specialized type of connection between electronic components, boards, or devices. These connectors typically feature two or more data connectors that can be used to transfer data between two or more devices. In many cases, a backplane connector is used to connect multiple boards within a single system and can provide data transfer between them.

Applications

Backplane connectors are most commonly used in telecommunications, computer hardware, data storage, and industrial applications. In telecommunications systems, backplane connectors are typically used to connect a base station to other radio towers that form a network. Backplane connectors are also commonly used in data storage systems where the connector provides a high-speed connection between multiple hard drives. In industrial applications, backplane connectors are used to transfer data between control systems and robotic system components.

Advantages of Using a Backplane Connector

Backplane connectors offer many advantages over traditional connector systems. These connectors are designed to provide reliable and fast data communication, which can improve the performance of your system. The connectors are also designed to be more versatile than other specialized connectors, allowing for multiple configurations and uses. Furthermore, backplane connectors are usually very compact, helping to reduce the size and complexity of your system.

Working Principle

The working principle of a backplane connector involves the transfer of electrical signals from the source device to the destination device. The information is transferred through a series of metal pathways, called PCB traces, which are finely etched onto the backplane PCB. These PCB traces act as pathways for electrical signals, transmitting the data from the source device to the destination device.

Conclusion

Backplane connectors, particularly 516-221-038-202, are a specialized type of connector that offers higher data transfer speeds and reliability. These connectors are commonly used in telecommunications, computer hardware, data storage, and industrial applications and provide many advantages, such as versatility and smaller size. The working principle of a backplane connector involves the transmission of electrical data through PCB traces which act as pathways for the signals.

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