10091767-L0C-40DLF

Backplane Connectors - Specialized

The 10091767-L0C-40DLF is a specialized backplane connector. It is used to complete the physical and electrical connection between backplanes in computer system applications. Installed in backplanes, they enable bidirectional transmission of data from boards to the backplane. This kind of connector is reliable and offers superior performance in high speed data transmission.

Application Field

The 10091767-L0C-40DLF connector is suitable for a wide variety of application areas and can be used for mission-critical applications. It is commonly used for industrial control, aerospace, and other applications that require reliable and stable data transmission. It is also used in medical devices, communication equipment, computer systems, and data processing applications. This type of connector is designed to provide reliable connection and high-speed data transmission between backplane and module.

Working Principle

The 10091767-L0C-40DLF connector is a specialized version of the backplane connector. It utilizes multiple, small holes that provide transmission signals in both directions between the board and the backplane. In general, signal transmission occurs through a spring-loaded contact mechanism in the connector housing, which allows for a firm connection that can easily withstand electromagnetic interference and vibrations. This type of connector requires less space than regular backplane connectors, making it suitable for applications with limited space.

To ensure reliable high-speed data transmission in all types of application, the 10091767-L0C-40DLF is designed with highly reliable contacts to prevent any signal loss or interference. The connector is also designed with high signal integrity features, such as integrated capacitors and signal routing to reduce EMI. Secure latching is achieved by the optimized contact design that ensures a reliable connection.

Conclusion

The 10091767-L0C-40DLF is a specialized backplane connector designed for reliable and high-speed data transmission. It is suitable for a variety of application fields and features high signal integrity and secure latching mechanisms. These features make it an excellent choice for mission-critical applications or applications that require reliable and stable data transmission.