2085239-1

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The 2085239-1 application field and working principle is an important component of any backplane connector. Acting as a bridge between the boards and interfaces, it helps in connecting two or more communication boards, or even multiple interface boards within the same backplane. The 2085239-1 has set the standard for backplane connectivity, providing reliable performance and superior quality. In this article, we will discuss the 2085239-1 application field and working principle.

The 2085239-1 is a specialized backplane connector designed for high-speed datacom applications. It is a multihigh-density type connector, similar to a connector series used in the computer industry. Compared to traditional connectors, the 2085239-1 offers improved signal integrity and superior transmission performance. This allows more reliable data transmission and decreased bit error rate for improved communication.

The 2085239-1 is made up of several components. The connector consists of two separate parts, the housing and the circuit board assembly. The housing is composed of a metal frame with an integrated connector block to ensure proper socket arrangement. The circuit board assembly is composed of a plastic holder and several metal pins with spring loaded contacts. The wire harness is made up of tightly molded insulation material for improved signal integrity.

The application field of the 2085239-1 connector is wide-ranging. It is primarily used for serial communications, data synchronization, and other high-speed datacom-related tools. The connector is highly reliable and suitable for many backplane architectures including PCI Express, USB 3.0, and FireWire. It is also popular for high-performance applications in storage systems, medical devices, military, aerospace, and automotive systems.

The 2085239-1 working principle is relatively simple. It contains an array of different point-to-point contacts that are interconnected in a specific order. When the 2085239-1 connector is inserted into a pocket, the contacts are mechanically connected to their respective counterparts on the board. The connection is then established, allowing the transfer of electrical signals between the board and the connector. This is done by means of a mechanical interlock arrangement that mechanically couples the circuit board to the respective connector.

The 2085239-1 is an excellent backplane connector used for a wide variety of applications. It offers high-speed data transfer, improved signal integrity, as well as superior transmission performance. With its wide range of features and reliable performance, the 2085239-1 is a reliable connector of choice for many applications.

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