51760-B0302003AALF

Backplane connectors are specialized interface devices that provide electrical and mechanical connectivity between two or more printed circuit boards or sub-assemblies. The 51760-B0302003AALF is one such connector specifically designed for backplane applications. It is a low-profile, high-density connector, featuring 17-position contacts with 2 mm centerlines, mated in a shielded housing. Locking mechanisms provide a secure connection and protection against accidental subjecting the connector to shock and vibration.

The 51760-B0302003AALF connector is part of the 51760 family of backplane connectors which provides maximum flexibility in design architecture. It is designed for applications with high speed transmissions and offers 17 contacts with both I/O and power supply features. It is also capable of addressing a wide range of board-to-board, board-to-wall, and board-to-panel connections.

The 51760-B0302003AALF is designed for high-speed data rates up to 25 Gbits/s, and it can accommodate a variety of power supply voltages from 5V to 50V. The contacts on the connector are low-profile and designed to minimize crosstalk between the signal lines. Additionally, the connector features two latch locks that allow for secure engagement and disengagement of the connector.

The 51760-B0302003AALF connector is also RoHS compliant, meaning it complies with the European Union Directive on the Restriction of Hazardous Substances. This is important for applications that will be used in sensitive and/or environmentally-sensitive areas. The connector is also UL rated for safety and reliability.

The 51760-B0302003AALF has a superior working principle which allows for flexibility in design architecture and high speed data transmissions. Thanks to its low-profile contacts, it can provide excellent signal integrity at high speeds. Additionally, its durable locking mechanisms enable secure connections and protection against accidental shocks or vibrations. Finally, its RoHS compliance and UL rating ensure safety and reliability of the connector in sensitive and environmentally-sensitive areas.