2057430-2

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Backplane connectors have become a critical component in a variety of electronic systems. They provide reliable data and power transfer between boards within a system, and also serve as an interface for peripheral connections. The 2057430-2 backplane connector is an example of a specialized connector that exists within this larger category of components.

The 2057430-2 is a flat based connector that utilizes blind-mate features that enable it to be connected in tight spaces or areas where visual guidance may be limited. It has keyed slots on two sides that help enable proper mating and cable registration.A wide range of applications can take advantage of this connector due to its solid interface and mounting capabilities. These include broadband networks, digital and optical systems, test and measurement equipment, telecom and datacom systems, and web-connected equipment.

The 2057430-2 operates using an impedance controlled differential pair configuration. It is designed to be high frequency capable allowing for increased data transfer rates and improved system performance. This backplane connector is a surface mounted component that has center ground contacts and four different signal contact configurations. The wide contact pitches range from large to small sizes depending on requirements. Standard or low profile models are available.

When used in electrical systems the 2057430-2 backplane connector is able to provide high bandwidth, low crosstalk, and controlled performance. It is highly resilient to shock and vibration in challenging environmental conditions. It also offers reliable signal integrity and robustness in environments with extreme temperatures. This connector is highly resilient to vibration with an MTBF of up to 10 million mating cycles.

The 2057430-2 is a specialized connector designed to meet a wide range of requirements in its chosen applications. It offers improved performance and reliability in challenging environmental conditions by utilizing advanced technologies such as impedance and controlled differential pairs. With its reliable signal integrity and robustness, this connector is able to provide a high performing connection for a wide range of applications.

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