50003-1128H

Backplane Connectors - Specialized

The 50003-1128H is a specialized backplane connector designed to provide reliable electrical continuity in a wide range of applications. It features a unique dual-row design with eight high-density solder cups that ensure a secure connection with a variety of backplane components. The connector also has a flexible mounting system that allows for easy installation and integration into a variety of equipment.

Application Field

The 50003-1128H backplane connector can be used in a wide variety of applications. It is suitable for high-speed data communication and mission reallocation systems. It has also been used in automotive, electronic gaming, medical, and industrial control applications. The connector is also ideal for military, automotive, telecom, robotics, manufacturing, and industrial control systems.

Working Principle

The 50003-1128H backplane connector is designed to ensure a reliable connection between two components. It contains an array of symmetrically-located, high-density, solderable cup contacts that form two shielded cable paths. This layout enables the mating connectors to securely hold together in a wide range of applications. The design also allows for easy cable routing as well as flexibility when it comes to cable management. The design is highly rugged and can withstand dynamic loads and harsh conditions. The golden contacts provide excellent electrical continuity and low contact resistance. The contact pitch is 0.05mm, which allows for high-speed transmissions. The contact area is also designed to prevent solder from flowing and to protect against damage caused by improper soldering.

Benefits

The 50003-1128H backplane connector offers several advantages over traditional solutions. It is reliable and helps to ensure a reliable connection in a wide range of applications. The connector is also designed to be easy to install and integrate into equipment. The flexible mounting system means that the connector can easily be installed and adjusted as needed. The robust design ensures reliable connection even under dynamic loads and in harsh environments. Finally, the contacts are designed to provide excellent electrical continuity and low contact resistance.