QMS-052-01-H-D-RA-MG-K-TR

The QMS-052-01-H-D-RA-MG-K-TR is an exemplary type of rectangular connectors that belongs to the family of arrays, edge type and mezzanine (board to board) connectors. The purpose of this type of connector is to provide an electrical connection between two boards to facilitate a wide range of applications.

The QMS-052-01-H-D-RA-MG-K-TR is a two-piece, dual-row, press-fit interconnect system with a dual-sided edge connector. It utilizes double Decker contacts for solderless assembly and a press-fit retention design for secure, vibration-resistant performance. It also features a rugged metal shield for both mechanical and electrical protection, providing reliable and long-lasting performance in harsh environments.

This connector is well-suited for a variety of applications including board-level hardware such as rack mount systems, industrial control systems, and backplanes. The QMS-052-01-H-D-RA-MG-K-TR can also be used for medical applications due to its durability, ruggedness, and reliable electrical connections.

The working principle of the QMS-052-01-H-D-RA-MG-K-TR is quite simple. The two-piece connector has two inserts that slide together allowing for soldering and press-fit together securely. A connector cover shields the components from contaminants and serves as an additional point when press-fitting. The double Decker contacts, which feature both a pin and socket contact on each side, provide a secure and reliable electrical connection. The press-fit retention mechanism ensures a secure connection and prevents vibration loosening of the connection over time. The connector\'s shield also provides both EMI/RFI protection and mechanical protection.

The QMS-052-01-H-D-RA-MG-K-TR is a versatile interconnect system that offers a reliable and secure electrical connection regardless of the application. Its simple design makes it easy to install and use and its rugged, protective shield provides long-lasting performance in harsh environments. Additionally, its press-fit retention design resists vibration loosening and provides reliable performance for industrial, medical, and board-level applications.