PCN10-96S-2.54DSA(71)

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Backplane connectors are multi-pin connectors used to connect the backplane to circuit cards and peripheral devices such as hard drives, disk drives, and CD-ROM drives. Compared with other types of connectors, backplane connectors usually have a large number of pins and can transfer more information at a higher speed. The DIN 41612 is a standardized type of backplane connector.

The PCN10-96S-2.54DSA(71) DIN 41612 connector is a type of backplane connector. It is based on a 2.54mm pitch, and it is a high-speed application-specific design consisting of 10 rows and 96 contacts. That means it has 960 contacts in total for both female and male versions. It also features a detachable screw locking and lower and upper guides to ensure a secure connection. This connector is suitable for signals at frequencies of up an impressive 3GHz.

The application field of the PCN10-96S-2.54DSA(71) DIN 41612 connector is mainly in telecommunication and network equipment, servers, storage devices, and television sets. It is highly compatible with Ethernet equipments, HDDs, and SATA devices. This backplane connector is designed to operate at a wide range of temperatures, from -55°C to 95°C, making it perfect for wide temperature applications.

The working principle of the PCN10-96S-2.54DSA(71) DIN 41612 connector is simple and effective. The connector is designed to fit securely and reliably on the backplane board. Once in place, the connections are made via via multiple pins, through a combination of males and females, which are mated together. This ensures that the connector is able to pass data through and enable communication, while also ensuring that the connection is secure and reliable.

The PCN10-96S-2.54DSA(71) DIN 41612 connector is an ideal backplane connector for a variety of applications due to its advanced design. It provides reliable data transmission through its 960 contacts, allowing it to pass signals up to 3GHz and work in a wide temperature range. It is designed to fit securely on the backplane board, making it ideal for use in telecommunication and network equipment, servers, storage devices, and television sets.

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