50003-1360E

Backplane Connectors are the basic building blocks of any backplane system in the electronics industry. They are a specialized type of connector, designed to provide a reliable and secure connection between a micro controller and a backplane. In this article, we will discuss the 50003-1360E application field and working principle of this specialized backplane connector.The 50003-1360E Backplane Connector is used for a variety of industrial applications. These include communication systems, industrial control systems, process control systems, and instrumentation. Due to its robust design and construction, it is well suited for a range of harsh industrial conditions. It is available in both male and female gender versions.The 50003-1360E connector is a single wire solution and utilizes several different connection types for mating. The mating action is accomplished through snaps, screws, and spring fingers. Depending on the application, the connector also comes with options for shielding and/or an overmolded cable jacket. This provides additional protection from electrical noise.The working principle of the 50003-1360E Backplane Connector is based on a spring loaded positive lock mechanism. It ensures a reliable connection by decreasing the mount assembly time and requiring a minimum effort to engage. It also helps minimize the risk of system damage by using an improved and standard twin guide for mating.The 50003-1360E connector is compatible with various industry standard backplane designs such as VME64, VME, cPCI, Compact PCI, and VMEbus. This makes it suitable for a diverse range of applications. Additionally, the connector offers superior performance in terms of signal integrity, EMI shielding, and thermal performance.

The 50003-1360E backplane connector provides an efficient and reliable connection for a variety of applications. Its positive lock mechanism and versatile compatibility make it an ideal choice for industrial and instrumentation applications where reliable and secure connections are required. Moreover, its performance in terms of signal integrity, EMI shielding, and thermal management is excellent, making it an ideal choice for all kinds of backplane systems.