6345052-1

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The 6345052-1 is a type of backplane connector that falls under the wider class of Hard Metric/Standard connectors. They are primarily used in the assembly of printed circuit board (PCB) assemblies, used in the electronic industry for a variety of different tasks. The 6345052-1 is a standard 2mm pitch backplane connector with signal contacts, and is made up of two parts which together provide a standardized way of connecting different components.

The two parts consist of the housing and the contacts. The housing is made of plastic and comes in different sizes depending on the application, as well as in different colors for better identification of the connection. The contacts come in two forms, either toothed or printed. The toothed contacts use a spring-loaded design which makes them very reliable for longer periods of time, while the printed contacts use a snapping mechanism for faster installation/disassembly times.

In terms of application field, the 6345052-1 connectors are used in a huge range of electronic components, from consumer devices such as computer motherboards, smartphones, and even automotive control systems. The connectors are highly reliable, with a long contact life and excellent resistance to corrosion. This makes them a favorite choice for PCB assembly in many industrial and consumer electronics products.

The working principle of the 6345052-1 connector is quite straight-forward. The connection is made by inserting the contacts into the corresponding housing and then securing them either by using screws or by a snap-in mechanism. Once inserted, the contacts are able to make a strong yet reliable electrical connection between two components. This connection is further enhanced by the use of a shielding layer which provides excellent signal integrity.

Overall, the 6345052-1 is a high quality backplane connector that provides quick assembly/disassembly times, superior connection quality, and excellent resistance to corrosion. It is a popular choice for many electronic components due to its performance and reliability, and it is especially useful for complex applications requiring superior signal connection quality.

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