0714362446

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

Introduction

0714362446 is a multi-path board-to-board connection system designed for rugged, high-density interconnections in space-constrained environments.

These connectors have a superior combination of performance characteristics including extreme durability, resilient return force and a full range of contact styles. 0714362446 can withstand extreme operating environments, particularly suitable for applications that require reliable long-term performance.

Application Field

0714362446 board-to-board connectors can be used in a wide range of applications, including:

• Industrial Electronics
• Automotive Electronics
• Telecommunications
• Military & Aerospace
• Medical Electronics

These connectors offer a high-density design, which means they can accommodate more contacts in a smaller space. Therefore, they are suitable for applications that need to save space and save weight.

Working Principle

The 0714362446 connector is a mating interconnectivity system designed to allow for multiple connections and configurations. The basic design consists of an array of multiple contacts lined up at either the board level or the device level. Each contact is designed with a spring-loaded mechanism and features angled wipe contacts, allowing for secure and reliable connections.

The contacts are mounted in a housing and the connection is secured with a press-fit latch. To ensure a lasting connection, each contact has a pre-stress force as well as a stable electrical contact force. The entire system is hermetically sealed, with the contacts mounted in a sealed housing providing dust and water ingress protection. This hermetic seal ensures the electrical connection remains reliably connected even under extreme environments.

The 0714362446 connectors offer a robust, highly reliable interconnect solution for a variety of applications. The hermetic seal provides protection to the contacts and prevents any potential accidental disconnections. This offers a greater confidence in the secure, reliable performance of the system.