202713-1

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202713-1 Backplane Connectors – Accessories

202713-1 is a type of backplane connector used mainly in computer systems. It is an accessory that provides a more reliable connection between the components of the system. This type of connector is also commonly known as a high-speed or high-reliability backplane connector, and it is employed in many areas, including industrial, automotive, and aerospace systems.

The 202713-1 connector is designed with two rows of latching elements that fit into slots along the backplane. Once properly installed, the latching elements create a robust physical connection that ensures consistent and reliable performance. The backplane slots are notched in order to accept the connector’s latching elements easily and securely. Additionally, the backplane connector is designed with a ratcheting mechanism which prevents accidental disconnection, as well as a locking tab which provides additional stability.

This type of backplane connector is typically mounted on a board, such as a daughterboard or motherboard, and it is secured with either screws or a cable tie. Depending on the size and capacity of the connector, one or several cables may be joined to it. The 202713-1 connector is compatible with a range of different cable types, including those used for power and data transmission.

The 202713-1 connector is known for its reliable and durable performance. It is designed to withstand a wide range of extreme temperatures, from -55° C to 155° C, and it is capable of operating within a voltage range of 50V DC to 75V DC. The connector’s design also utilizes a special internal lubricant that powers the ratcheting mechanism and helps reduce friction and wear.

Overall, the 202713-1 backplane connector offers users a reliable and durable means of connecting components within computer systems. It is easy to install and compatible with a range of different cable types, and its robust design ensures consistent and reliable performance. As such, this connector is a popular choice for many industrial, automotive, and aerospace applications.

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