M22-6361442 Application Field and Working Principle

The M22-6361442 rectangular connector is most prominently featured in many consumer electronics and products from the past several decades. This connector is a type of headers, receptacles, and female sockets which are designed for electrical connectivity, data communications, and circuit protection. This type of connection is a connector that connects two external systems through an electrical connection. By possessing six positions and having a keyed locking system feature, it optimizes protection against reverse insertion and ensures tighter connections overall.

Applications

The M22-6361442 rectangular connector is widely used in various sectors for its durable build and consistent performance. Three primary industries include: automotive, aerospace, and industrial. The connector is used in cars, airplanes, and industrial systems and machines. The automotive sector makes use of M22-6361442 connectors for the purpose of connecting various car systems together. This connector has a better seismic resistance which allows it to remain in place during minimal to moderate vibrations, thus boosting its ability to perform in industrial settings. Finally, the aerospace industry utilizes the M22-6361442 connection for the purpose of connecting several parts within an aerospace system to ensure performance without fail.

Working Principle

How does the M22-6361442 rectangular connector work? The working principle behind M22-6361442 connectors is quite simple. Through the insertion of the connector into the appropriate system, it creates an electrical connection between the two external systems taking place. By having a keyed locking system and six positions, the internal mechanisms of the connector includes a cylindrical shape with internal pins that are positioned in order to tightly connect the two systems. Furthermore, the keyed locking system ensures that the connector will remain tightly secured in place even during minimal to moderate vibrations. This, in turn, allows the connection to retain its electrical connection and prevent errors from taking place.