DMC-M 08-16 SB

The DMC-M 08-16 SB is part of a family of rectangular connectors commonly referred to as headers, receptacles, and female sockets. It is a two-part board-to-board connector system specially designed for applications that need high-density, modular configurations and high-speed data communications.

This two-part board-to-board system features a round, female header with shrouded socket contacts designed for high-speed data communications applications, such as Ethernet and Fast Ethernet systems. The modular design allows for easy addition or removal of pins, and the connectors are designed for mixed-current applications, such as high-speed systems and power/ground applications.

The DMC-M 08-16 SB features an interchangeable three-position terminal that allows for both straight, right-angle, and 180° connections. This feature ensures a dependable and secure connection between boards and components, regardless of the cable routing. It also guarantees a perfect electrical connection that protects data integrity and maximizes transmission performance.

The DMC-M 08-16 SB contains seventeen plated pins with gold-plated terminations that are fully compliant with the industry standard for board-to-board signals. This ensures a reliable and secure connection regardless of the usage environment. The robust design coupled with the high-speed signal integrity of the pin-and-socket contact system ensures that the DMC-M 08-16 SB provides a secure connection to a variety of components.

Another important feature of the DMC-M 08-16 SB is the abrasion-resistant, low-profile, plated contact shells. This design ensures a dependable connection and smooth ejection of pins from the sockets, dramatically reducing the risk of connector damage. The design of the contact shells also makes the connector easy to disassemble and reassemble.

The DMC-M 08-16 SB is perfect for a wide range of high-speed applications, including Ethernet, Fast Ethernet, and Gigabit Ethernet systems. Its reliable and secure connection, high-performance data transmission, and robust design make it the perfect choice for any multi-board system.