1-647402-8

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Rectangular connectors are used in almost all kinds of electronic and electrical applications. These connectors, ranging from simple to highly complex configurations, are mainly used to enable reliable connections between devices, components or parts. The 1-647402-8 is a type of rectangular connector housing manufactured by TE Connectivity, one of the world’s leading manufacturers of electronic and electrical components.

The 1-647402-8 housing is a two-piece construction unit. It is composed of a backplane connector body and a mating plug. The body is made up of an outer dielectric shell which protects the internal electrical contacts. The plug is a contact array with various contact pins that mate with the backplane connector body. To ensure the connection is secure, both the housing and the plug are fitted with lock tabs.

The 1-647402-8 is designed for use in various types of industrial and commercial applications. It can be used for high-speed power and signal transmission due to its low insertion force and contact resistance. It is also designed for use in harsh environmental conditions such as high-temperature, vibration and shock, making it ideal for use in automotive, industrial, and aerospace applications. It is also suitable for application involving connector mating, selectivity, and polarization.

The working principle of the 1-647402-8 housing is pretty straightforward. It starts with the connector being inserted into the device housing and then the plug and socket are engage. The lock tabs on the housing and plug make sure that the two pieces are securely connected. Once connected, the electrical contacts on the plug and body make contact with each other, forming an electrical connection between the two.

The 1-647402-8 housing is a versatile and reliable connector designed for a wide variety of applications. Its two-piece construction ensures that it is both robust and secure, and it is designed for use in harsh environment. It also offers low-insertion force and contact resistance for high-speed power and signal transmission. Lastly, its working principle is simple and straightforward, making it a great choice for any application.

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