1766977-1

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1766977-1 is a specialized type of backplane connector. It is primarily used to provide connections between devices within server-based systems. It is designed to provide reliable and efficient connections in environments that have higher temperature ranges, such as those found in high-performance computing applications.

The 1766977-1 backplane connector consists of several components. The main body of the connector carries the signals from one device to the next. The signal carrying pins are connected to springs that ensure the connection is secure. This is followed by a contact guard, which protects the pins from damage due to dust and other particles. Lastly, a locking lever secures the connection, increasing its overall reliability.

The 1766977-1 connector is designed for use in systems with higher operating temperatures, such as those found in ultra-dense computing systems or aerospace applications. The main benefits of the 1766977-1 connector are its ability to provide higher-speed communication channels and improved system reliability. It is also highly resistant to shock and vibration, which make it ideal for use in mission-critical applications.

The working principle of a 1766977-1 backplane connector is relatively simple. When the connector is engaged, the contacts on the pins and springs create an electrical connection. The contact guard protects the contacts and pins from dust and other particles, while the locking lever ensures that the connection is secure and reliable. Once this connection is made, it can be used to facilitate communication between devices, and data can be transmitted at higher speeds.

1766977-1 backplane connectors are a specialized type of connector that can be used in a variety of applications. They are designed to provide reliable and efficient connections in high-performance computing and mission-critical applications. The main benefits of this connector are its ability to provide high-speed communication channels and improved system reliability. As such, it is an ideal option for the most demanding computing applications.

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