51939-290LF

Backplane connectors are used for connecting electronic devices, such as computers, servers, and peripheral devices. The 51939-290LF is a specialized type of backplane connector that is used for high-speed data communication and signal transmission. This article will discuss the application field and working principle of 51939-290LF backplane connectors.

The 51939-290LF connector is suitable for applications which require high data rate transmission, such as data communication, telecommunications, video, audio, storage, and fiber-optic applications. It is also suitable for interconnecting boards in motherboards, servers, and micro-computers, as well as in networking, aerospace, and commercial communications applications. The connector has a dual-row format. It features reliable and efficient signal transmission, as well as low electrical losses.

The working principle of the 51939-290LF backplane connector is based on the principles of electrical and mechanical engineering. The connector consists of two parallel rows of precision-ground gold contacts. These contacts are arranged in a specific pattern and are connected to the board on either side in order to transmit data signals. The contacts have low electrical losses due to the use of gold, which is a highly conductive material. Furthermore, these contacts are able to withstand high mechanical and thermal stress due to their precision-ground design.

The connector also has a unique locking design which ensures that the contacts remain firmly locked in place and do not loosen or become displaced. This helps to reduce the risk of electrical failure and data transmission errors. Another important feature of this backplane connector is its low-profile design. This makes it suitable for applications which require the use of space-efficient components. Additionally, the connector is able to withstand high vibration and shock due to its robust construction.

In conclusion, the 51939-290LF backplane connector is a specialized type of backplane connector which is suitable for applications which require high data rate transmission. It features reliable and efficient signal transmission, as well as a robust construction which is able to withstand high vibration and shock. Its low-profile design is suitable for applications which require the use of space-saving components. Finally, the connector also has a locking design which ensures that the contacts remain securely in place and do not become displaced.