51952-016

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The 51952-016 is a specialized backplane connector, designed to make high density interconnections using minimal space. It is primarily used for applications such as telecommunications and computer-related equipment, where density and size are of key importance. This article will detail the application field and working principle of the 51952-016.

The 51952-016 is designed to provide up to 2,600 connections per inch of cable length in a standard telecommunications environment, and is well-suited for short-reach interconnects with up to 5.0 Gbps per contact. It is suitable for conductors ranging from 0.4 to 1.5 mm in diameter, allowing for a wide range of customization for a given application. In addition, its two independent 16-contact modules provide design flexibility, as well as the option to mix and match power and signal contact areas.

As for the working principle of the 51952-016, this connector is characterized by its backplane design, which allows for more contacts to be made than would be possible with conventional frontplane designs. In backplane designs, two opposed plastic walls are separated by an insulated core, forming a barrier between the singular contacts. The two walls of the 51952-016 are connected by a spring-loaded latch or mechanical bridge that is tightened when the module is inserted into a backplane. This is done in order to ensure the correct contact pressure, thus establishing an effective electrical connection. In addition, both walls of the 51952-016 are fitted with two metal contact beams, which are held in place by the two walls of the module. In order to establish a connection between the two contact points, an electrical signal is sent through the module, which is held between the two beams.

In conclusion, the 51952-016 is a specialized backplane connector that is designed to make high density interconnections using minimal space. It features two independent 16-contact modules as well as a backplane design that allows for more contacts than conventional frontplane designs. It is well-suited for various applications, ranging from telecommunications to computer-related equipment, due to its high density and flexibility. In addition, its connection method relies on the spring-loaded latch and two metal contact beams in order to establish an effective electrical connection between the two contact points within the module.

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