DAMAM26PNM-F225

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D-Sub connectors are the most common type of socket and plug connector used in computers and consumer electronics applications. The DAMAM26PNM-F225 is part of the D-Sub connector family, and it is a high-performance product designed for harsh environment and high-speed data transmission applications.

These connectors are constructed from a die-cast zinc alloy shell which is then plated with silver or gold for improved electrical and mechanical performance. The contacts are made from beryllium copper and are plated with gold for maximum connection reliability and long-term stability. The design of the connectors ensures complete electrical shielding from environmental noise and electrostatic discharge (ESD).

The DAMAM26PNM-F225 is a board-to-board connector with a maximum operating temperature of 105°C, making it suitable for use in larger PCBs and automated hardware applications. This product is also designed to meet high-speed data transmission demands, up to 1Gb/s of transmission speeds, making it an ideal solution for industrial and telecom applications.

This connector uses a dual-row male contact and a 2-row female contact design to create the connections. The male contact is a pin contact which is designed to sit on top of the PCB, while the female contact is a blade contact with vertical blades that fit inside the PCB’s holes.

The connectors are secured by a mechanical latch which compresses the connectors together. This mechanical latch ensures a secure connection which can withstand shock, vibration, and frequent plugging and unplugging cycles. The mechanical latch also helps to maintain the proper contacting electrical continuity even when the connectors are moved by cable forces.

The DAMAM26PNM-F225 is an ideal choice of connectors for harsh environment and high-speed applications. Its robust construction and secure connection make it an ideal choice for industrial, telecom, and even automotive applications. Its excellent mechanical and electrical characteristics make it a great choice for connecting different components in a single system with reliable performance and long-term stability.

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