1982676-1

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Backplane connectors are an essential component in any electrical system. A backplane connector is a type of electrical connector that provides high-speed, low-impedance electrical connections between several mounted circuit boards. They allow for efficient communications between the boards, while maintaining electrical isolation between them. Backplane connectors are most commonly used in high-density applications, such as computer data centers, telecommunications systems, and embedded electronics.

The 1982676-1 application field and working principle is one such form of backplane connectors, and is specifically designed for high-density applications requiring a high-speed, low-impedance connection. This type of backplane connector incorporates several innovations that enable it to provide a reliable and efficient connection for each board mounted in an array. The 1982676-1 working principle involves a compact and rugged design, allowing multiple circuit boards to be connected without compromising the robustness of the connection.

The 1982676-1 backplane connectors feature two different interface types – single-ended and differential. Single-ended interface connectors provide a reliable connection between two boards and are often used in applications such as computer motherboards. On the other hand, differential-interface connectors use two pins to send and receive data simultaneously, allowing for higher data transfer speeds. The differential interface also ensures that there is no interference between two boards, providing a more reliable connection.

To ensure a reliable and efficient connection, the 1982676-1 backplane connector utilizes a spring-loaded pin terminal system. This system applies a predefined contact force to the pins in order to maintain a tight connection when connected. The spring-loaded pin terminal system also provides constant contact force throughout the life of the connector, providing a reliable connection even after multiple connectors have been used.

In addition to providing reliable and efficient connections, the 1982676-1 backplane connector also helps reduce electromagnetic interference (EMI). This is done by ensuring a consistent connection between the multiple boards, reducing the chance of noise and errors on the board. Additionally, the design of the connector helps reduce signal reflection, which is important for high-speed data transfer. Reducing EMI also helps increase signal integrity, allowing for a more reliable connection between boards.

Overall, the 1982676-1 backplane connector is an excellent choice for applications requiring a reliable and efficient connection. It employs a number of features that help ensure consistent contact between boards, reduce noise, and increase signal integrity. Additionally, its rugged design and spring-loaded pin terminals provide a reliable connection even after multiple connectors have been used. By providing high-speed, low-impedance connections, the 1982676-1 is an excellent choice for applications such as computer data centers, telecommunications systems, and embedded electronics.

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