352112-2 Connectors, Interconnects

Backplane Connectors - Accessories

352112-2 is a type of backplane connector designed for high-speed applications, particularly in the aerospace and defense industries. It is an advanced connection technology that offers exceptional signal performance, power handling, and protection for multiple applications.

Application Field

The application of 352112-2 backplane connectors can mainly be found in aerospace and defense electrical and electronic industry. As a high-performance connector, it not only provides good electrical performance but also stands up to shock and vibration. One of the main applications of 352112-2 backplane connector is in avionics applications, such as airliners, as well as military aircraft, helicopters, and unmanned aerial vehicles. It is also ideal for any environment which requires shock and vibration resistance, such as the military, industrial, or medical markets.

352112-2 backplane connectors are also extensively utilized in telecommunications equipment such as satellite and base station communication systems, routers, Ethernet Switches, and other wireless networks. Besides, they can be applied in mobile phone networks, Ethernet over Powerline (EOP) systems, robotics/automation systems, and measurement systems.

Working Principle

The main structural components of 352112-2 backplane connector include metal shells, a top and bottom cover, a dielectric housing, cavities, conductors, bus bars, seals and fastening screws. The dielectric housing insulates the two mated sub-assemblies while the contacts and bus bars provide signals and power connection, respectively.

As for the working principle, 352112-2 backplane connector can be plugged with contacts into the cavities of two mated backplane sub-assemblies, and the fastening screws fix the connector on each side. Then its electrical connection is completed. In this way, the electrical signals in the circuit are provided between the mated sub-assemblies.

352112-2 backplane connector is an ideal solution for a wide variety of applications requiring high-speed data transfer, considerable power handling and shock and vibration resistance. As it is designed to eliminate crosstalk, Electromagnetic Interference (EMI), and radio frequency interference (RFI) in noisy environments, its excellent electrical performance makes it perfect for highly sensitive electronics systems.