2102870-1

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Backplane connectors are special connectors used to connect multiple components in a system including computers, servers, and networks. The 2102870-1 is an example of such a connector and it is designed to enable the connection of many different devices in a common bus. In this article, we’ll take a closer look at the 2102870-1 and explore the application field and working principle.

Application Field
The 2102870-1 backplane connector is designed for high-speed applications that require precise timing. It features a press-fit latch mechanism to ensure secure connections between components. It is typically used to connect high-speed data, power, address, and control signals in a wide range of applications, including computers, servers, and networks. It is also a great choice for industrial embedded systems that require high reliability and data integrity.

Technical Features
The 2102870-1 backplane connector features a unique design which helps reduce the size of the connections by a factor of two, making it ideal for space-constrained applications. The connector is designed to be compliant with the industry-standard Low Voltage Differential Signaling (LVDS) protocol used in high-speed applications. It also features selective wave soldering for easy and cost-effective installation.

Working Principle
The 2102870-1 backplane connector is a differential signal-based connection. This type of connection allows for a low voltage signal to be sent over two wires, which are connected to each other’s opposite ends. This type of connection is highly reliable, as it provides a noise-resilient connection which is not susceptible to interference. With this type of connection, two identical signals are transmitted over two wires, and the data is then received and processed by the receiving end.

The 2102870-1 backplane connector also features a press-fit latching system which provides a secure and reliable connection. This latching system helps ensure that the connection is not lost due to accidental disconnection or misalignment of the components. Additionally, the latching system helps to eliminate contact bouncing, which improves system performance.

The 2102870-1 backplane connector is designed to meet the performance requirements of high-speed applications. It provides low insertion loss, low crosstalk, and excellent reduced-voltage ad coupled noise for reliable operation. Additionally, it features a press-fit latching system which provides a secure connection for simplified installation and cost reduction. The 2102870-1 is a reliable and durable connection that is ideal for numerous applications.

In conclusion, the 2102870-1 backplane connector is a special connector designed for high-speed applications such as computers, servers, and networks. It features a selective wave soldering system for easy installation and a press-fit latching mechanism for secure connections. The connection is also based on a differential signal system, which provides noise resilience and is not susceptible to interference. With all these features combined, the 2102870-1 is an ideal connector for numerous applications.

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