10119128-P0C-40DLF

Backplane Connectors - Specialized

The 10119128-P0C-40DLF is a specialized backplane connector designed for applications where space is a concern. It provides high-density, high-performance, and reliable interconnect solutions for backplane applications.

The 10119128-P0C-40DLF is a high-speed, high-density connector that carries up to 40 differential pairs in a PC board a small as 0.6 mm. It features a reliable latching system and is compliant with several high-speed protocols, such as PCI Express, Infiniband, and USB 3.0. It offers superior signal integrity and EMI protection, making it reliable and highly efficient for high-performance applications.

The 10119128-P0C-40DLF is designed with in-line wide tail contacts, allowing for easier mating and improved contact alignment. Additionally, it features an innovative polarization system, which helps to ensure mating accuracy and reduces the risk of EMI emissions, making it suitable for high-speed applications.

Applications for the 10119128-P0C-40DLF include industrial and storage backplane systems, medical imaging systems, consumer electronics, military and avionics systems, high-performance computing, and networking systems. It is ideal for applications requiring high speed data transfers and low power consumption.

In terms of operation, the 10119128-P0C-40DLF is designed for use in Ethernet/IP based networks. It is compatible with a wide range of protocols, such as 10 Gigabit Ethernet, Infiniband, Serial RapidIO, and PCIe. Additionally, it supports a variety of formats, such as x4, x16, XLPPI, and xMTP.

The 10119128-P0C-40DLF is designed to provide a cost-effective solution for the most demanding applications. The connector is highly reliable and offers superior performance, making it perfect for mission-critical applications.

The 10119128-P0C-40DLF is a specialized backplane connector that is designed for applications where space is a concern. It is compliant with multiple protocols and offers superior signal integrity and EMI protection. Its innovative design also helps to ensure mating accuracy and reliability, making it perfect for high-performance and mission-critical applications such as industrial, medical, military, and computing systems.