2057423-1

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The 2057423-1 Backplane Connector is a high-density, high-speed signal routing solution designed for a variety of signal routing applications. It is suitable for signaling both within and between systems, and provides both low- and high-speed data transfer capabilities. The connector also offers excellent environmental protection and shock and vibration resistance.

The 2057423-1 backplane connector is designed to provide solutions to a wide range of data communication challenges. This connector is suitable for applications such as telecommunications, industrial automation, aerospace, military, medical, transportation, and high-performance computing. It is capable of handling complex signal routing issues while providing exceptional reliability and performance.

The 2057423-1 has many unique features that make it an excellent choice for data transfer and signal routing. The connector features a unique flexible contact spring design that enables high-speed and reliable data transfer. It also provides superior shock and vibration resistance and is resistant to corrosion and temperature extremes. Additionally, the connector has two distinct styles, pin-grid-array (PGA) and dual inline memory module (DIMM) configuration. This allows customers to configure the connector for various signal routing and data transfer needs.

The 2057423-1 backplane connector is designed to provide reliable and high-performance signal routing and data transfer. The unique combination of features makes it ideal for applications requiring compact form factors, such as racks and other server enclosures. It is also suitable for challenging environments such as industrial automation and aerospace.

The working principle of the 2057423-1 is based on the use of multiple layers of pin contacts. These contacts are connected to a single flexible contact spring, which helps to ensure both reliable and high-speed data transfer. The flexible contact spring is designed to spring open and contact the pins, which helps to ensure reliable contact and data transfer. The contact spring can also be adjusted to account for any variations in connector orientation.

The contact spring and the multiple layers of pins help to improve signal integrity and reduce cross-talk. Additionally, the spring helps to ensure that the connector is properly seated in the device and ensures proper connection with the device. The contact spring also helps to protect the device from damage caused by vibration and shock.

In conclusion, the 2057423-1 Backplane Connector is designed for a variety of applications requiring reliable, high-performance signal routing and data transfer. This connector has a unique combination of features that make it suitable for a wide range of applications and challenging environments. The connector\'s flexible contact spring design ensures high-speed, reliable data transfer and excellent signal integrity.

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