292184-1

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Overview

The term ‘backplane connectors’ refers to the housings that protect and securely hold electrical components in place. The 292184-1 backplane connector series is one such type of housing that is used for a variety of applications, including the Quick Connect/Disconnects that are used in the automotive industry. This article will provide a brief overview of the basic features and applications of the 292184-1 backplane connectors, as well as an outline of its working principle.

Features

The 292184-1 housing consists of two identical face plates that can be easily connected together to form a completed unit. The two plates are secured together with a slide lock mechanism, which allows for easy and quick connection or disconnection of components. Additionally, the plates can also be securely fastened together using a standard or flush-mounted screw. The housing also features an automated self-closing mechanism that engages when the plates are connected together; this ensures the connection is secure and prevents any accidental disconnection of the components.

The housing is designed to accommodate a variety of different sized electrical components; the interior of the housing consists of evenly spaced contours which allows for easy placement and secure mounting of the component. Additionally, the housing also incorporates a variety of features that help to protect the components, such as integrated strain reliefs and EMI/EMC shields.

Applications

The 292184-1 backplane connectors have a variety of different applications. They are commonly used in automotive Quick Connect/Disconnect applications, as well as in industrial, medical, communication, and aerospace applications. Additionally, the housing provides superior shielding performance compared to other backplane connectors, making it ideal for applications that require protection from electromagnetic interference and electro-magnetic emissions.

Working Principle

The working principle of the 292184-1 backplane connectors is quite simple. When the two plates are connected together, the automated self-closing mechanism engages and securely fastens the components in place. The slide lock mechanism ensures that the connection is secure and prevents accidental disconnection of the components. Additionally, the interior contours provide support to the components and allow them to be securely mounted within the housing.

The integrated strain reliefs and EMI/EMC shields also help to protect the components from external sources of interference. The strain reliefs ensure that the components are held firmly in place, while the EMI/EMC shields provide additional protection from stray electromagnetic signals which could interfere with the operation of the components.

Conclusion

The 292184-1 backplane connectors are versatile housings that can be used in a variety of different applications and provide protection for a range of electrical components. They are designed with a slide lock mechanism which ensures secure connection and disconnection of the components, and feature an automated self-closing mechanism for added security. Additionally, the strain reliefs and EMI/EMC shields provide additional protection and help to ensure the components are operating at peak efficiency.

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