5960-0-15-80-43-27-04-0

Terminals - PC Pin Receptacles, Socket Connectors

5960-0-15-80-43-27-04-0, also known as a PC pin receptacle, is a socket connector suitable for a variety of industrial applications. The underlying principle behind the construction of the socket connector is to enable archival quality electrical connections. The socket connector is made from hardened steel and is temperature and corrosion resistant.

The 5960-0-15-80-43-27-04-0 comprises two primary components: the insulated connector board, and the free-swinging interconnecting PCB. The insulated connector board connects to the PC board allowing for a consistent electrical connection. The free-swinging interconnecting PCB ensures that the PCB is properly aligned when inserted into the connector board for maximum frictionless signal transmission.

The design of the 5960-0-15-80-43-27-04-0 socket connector offers a wide range of features which make it an ideal choice for a variety of applications including computers, medical equipment, banking systems, aircraft, and transportation. These features include an integrated circuit board and dual-channel interface which ensures consistent power between applications. The socket connector also has a low-profile design, enhanced vandal-proof construction, and is designed to increase connection speed and accuracy.

The 5960-0-15-80-43-27-04-0 offers an impressive number of benefits for use across many industrial applications. It has a wide range of versatility, including the ability to be used in high-density applications. Additionally, the socket connector design enables an enhanced level of power delivery ensuring maximum signal reliability, even under the most demanding conditions. Furthermore, the socket connector\'s high capacity interconnectivity and maximum frictionless signal transmission ensure superior performance.

Overall, the 5960-0-15-80-43-27-04-0 socket connector is a reliable solution for a variety of industrial applications. Its versatile construction, high-density capability, and maximum power delivery ensure maximum efficiency and reliability across a wide range of applications. Additionally, the increased level of connectivity and signal transmission ensure superior performance regardless of the environment.