9-1469373-9

Backplane Connectors are used for securely connecting computer boards within the same network. The 9-1469373-9 backplane connector is a high-quality option for this purpose. This type of backplane connector can provide excellent results without the need for excessive space, or the need to spend exorbitant amounts of money. This article will explore the specifications of the 9-1469373-9 backplane connector, the applications it is most suited for, and the working principle that it uses.

Specifications

The 9-1469373-9 backplane connector has a 17-pole design, which enables it to securely connect two boards on the same network. The pitch spacing is finely adjustable, allowing the user to adjust the connection distance without any extra efforts. The connector has two complete alignments available, which enable it to fit the boards precisely, providing a more reliable connection. The connectors are also made from high-quality materials that are designed to be extremely durable and reliable.

Application Fields

The 9-1469373-9 backplane connectors are designed for specific applications. They are mostly ideal for applications that require the connections between computers to be secure and reliable. Such applications include but are not limited to, server setups, robotics, and industrial equipment. Additionally, this type of connector is also used in high-end computing systems that require a reliable connection to be established between two boards.

Working Principle

The 9-1469373-9 backplane connector is designed to fit the hole patterns found on distinctive boards. When the two boards are brought together, the two alignment keys are engaged to ensure a secure connection. The 17-pole design ensures that the connector securely connects the two boards. Once the connection is secured, the user can use the 3-pin design to make the desired connections between the boards.

The 9-1469373-9 backplane connector ensures that the connection between the two boards is always secure and reliable. Additionally, it also provides an adjustable pitch spacing that allows the user to alter the connection distance if needed. This feature makes it ideal for use in high-end computing and industrial setups, where an adjustable connection is required.