51722-11002000ABLF

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Backplane connectors are a type of electrical connector which is used for connecting circuits together in order to create a larger and more powerful interface. The 51722-11002000ABLF is a specialized backplane connector which has been designed to provide extremely reliable and superior performance in hostile environments. In this article, we will discuss the application field and working principle of this connector.

Application Field

The 51722-11002000ABLF is typically used for demanding applications where vibration, shock and temperature variations are expected and high contact reliability is critical. It is well-suited for applications such as industrial, automotive, medical, and aerospace. It can be used in any environment where abrupt movement and vibration may occur, and is resistant to water and corrosive substances. It is also resistant to extreme temperatures, up to 150° C.

The 51722-11002000ABLF is designed to handle power up to 16 amps in a single contact, up to 9 rows of contacts and 10 columns of contacts. It is 24 mm in width and 12.6 mm in height, weighing 1 oz.

Working Principle

The 51722-11002000ABLF backplane connector uses a unique design that provides a reliable and robust interconnect solution in harsh environments. The system consists of two components, the receptacle and the plug. The receptacle contains a single row of gold-plated copper contacts, while the plug contains multiple gold-plated copper contacts. The plugs are inserted into the receptacle, creating a reliable electrical connection.

The contacts are designed with an embedded spring-loaded mechanism, which provides a strong electrical bond between the two parts. This ensures that the connection is secure, even under high levels of vibration and shock. The contact area is also protected from moisture or corrosive materials.

The 51722-11002000ABLF is an ideal choice for applications where reliability and robustness are paramount, such as industrial automation, automotive, and aerospace. This connector has been designed to be used in hazardous environments where vibration and shock are expected. With its high contact reliability and superior performance, it is an excellent choice for high-performance applications.

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