5188667-9

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Backplane Connectors are typically employed in industrial and telecom applications to facilitate communications between digital instruments and I/O boards. The most popular types of backplane connectors are Hard Metric, Standard, and 5188667-9. In this article, we explore the application field and working principle of 5188667-9 connectors.

Overview

5188667-9 connectors are designed to provide a secure and reliable connection between backplane and daughter board connections. This type of connector was developed with enhanced features such as a timing adjuster, operability with low power, and increased signal bus density. As such, this type of connection can be used in harsh, mission-critical applications with high reliability.

5188667-9 connectors feature an advanced profile designed to fit I/O requirements. This profile supports high-speed transmission and provides superior contour and handling characteristics. The connector’s host backplane connection is also optimized, with the pins designed so that they remain securely inserted into the device regardless of the direction of insertion.

Application Field

The 5188667-9 backplane connectors have widespread applications in high-performance digital systems. These connectors are used for various applications, from industrial systems to telecom applications. This type of connector is ideal for use in systems with high-speed data transfer, as they are designed to minimize crosstalk and electromagnetic interference. Additionally, these connectors are often used in mission-critical systems, as they ensure an uninterrupted flow of data between components.

5188667-9 connectors are also well-suited for system integration, as they can be easily configured to satisfy a wide range of applications. Furthermore, these connectors are designed to handle extreme temperatures and vibration, making them suitable for harsh and hazardous environments. These connectors are also lightweight, making them ideal for rugged, portable systems.

Working Principle

A 5188667-9 backplane connector consists of two main components: the “header” and the “positioner”. The positioner is connected to one of the I/O boards and the header to the other. This connection is secured with a snap-type mechanism. When the two components are joined, the contacts on the header and the positioner engage, creating an electrical connection. To ensure proper contact between the two components, the header and the positioner must be correctly aligned.

In addition to its electrical functions, the 5188667-9 backplane also includes features such as a timing adjuster. This allows the user to adjust signal timing between the devices, ensuring optimum performance. Additionally, these connectors are designed to minimize crosstalk and reduce electromagnetic interference. As such, these connectors are suitable for mission-critical applications.

Conclusion

5188667-9 backplane connectors are a reliable and highly-adaptable means of connecting two or more backplanes. These connectors are designed for efficient, secure communication, allowing data to flow uninterrupted across I/O boards. Furthermore, these connectors are designed to minimize crosstalk and electromagnetic interference, making them suitable for mission-critical applications. As such, 5188667-9 backplane connectors are widely used in a variety of industrial and telecom applications.

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