646479-5

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Backplane connectors are electronic components that are used to physically connect a device to circuit boards or other substrates. They are used in a variety of applications, including medical, automotive, industrial, and consumer equipment. The 646479-5 is one example of a backplane housing from Molex. This type of housing is designed for high-density backplane applications such as routers, computers, and networking equipment.

The 646479-5 backplane housing is a two-part housing designed for density. The first part of the housing is an upper part which consists of two concentric rows of posts. The posts are in a zig-zag pattern, which allows for easier insertion and removal of connectors. The upper housing also has an alignment feature which ensures correct alignment of the connected boards. The second part of the housing is a bottom plate, with concentric outer and inner lanes. The bottom plate provides the connection points between the upper part and the device.

The 646479-5 backplane housing has a variety of features to ensure reliable operation. For example, it has a dual-layer construction to provide extra protection against electrostatic and mechanical damage. It also has an improved contact retention design which increases reliability and prevents accidental disconnection. The housing has a secure locking mechanism and a presence detection feature which prevents incorrect insertion of connectors.

In addition to the features mentioned above, the 646479-5 backplane housing also has an enhanced backside shielding mechanism to reduce crosstalk and interference. This shielding mechanism helps reduce errors in high speed signaling applications. The housing also has a multiple positioning feature, which allows the device to be connected in different orientations to suit the specific backplane application.

The 646479-5 backplane housing has a variety of features to provide reliable connectivity and support a variety of applications. It is designed for high-speed applications such as routers, computers, and networking equipment. It has an improved contact retention design which helps reduce errors in high-speed signaling applications. It also has a secure locking mechanism and a presence detection feature which prevents incorrect insertion of connectors. Lastly, the housing has a dual-layer construction to provide extra protection against electrostatic and mechanical damage.

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