2821385-2 Connectors, Interconnects

Rectangular Connectors - Arrays, Edge Type, Mezzanine (Board to Board)

The 2821385-2 is a rectangular connector designed for usage in the arrays, edge type, mezzanine board to board applications. This connector is manufactured by world-renowned brands such as TE Connectivity and is widely used in many industrial applications for its various features.

The 2821385-2 rectangular connector provides a reliable contact for both data and power applications, allowing users to transfer data and power between boards with greater reliability. This connector is designed to meet the stringent requirements of the industrial environment, offering highly reliable connection and performance even in harsh weather conditions. It also features a robust design that can handle high temperature and harsh shock and vibration environments with ease.

This connector is designed with a 2-piece construction, which includes a housing and a spring-loaded contact that provide a secure connection. The housing is a 94V-0-rated thermoplastic material, providing improved mechanical protection. The contact is designed with an offset angle to provide a positive locking action that helps prevent accidental disconnection. The connector also features a peak soldering temperature of 260°C for improved thermal performance, and its overall design minimizes RF disturbances.

The 2821385-2 is designed for ease of assembly, with a simple plug-and-play connection that allows users to quickly and easily attach the connector to a board. It is also designed with a polarization feature to help prevent mismatched connections. In addition, the connector is designed with a strain relief feature to help protect the connection from strain caused by vibration and motion.

Overall, the 2821385-2 is an excellent choice for board-to-board and mezzanine applications. Its superior performance, robust construction, and ease of assembly provide users with a reliable and durable connection for their applications. This connector also offers improved protection from harsh conditions and disturbance caused by RF, making it an ideal choice for industrial applications.