0761453606

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Backplane Connectors - Specialized:

0761453606 is a specialized backplane connector which finds applications in the industry that requires high-speed data transfer. This connector is characterized by its ability to securely maintain the connection between a computer and its peripheral devices such as a hard drive, optical drive, or solid state drive. As such, 0761453606 is becoming increasingly popular for a variety of applications—from desktop PCs to large server systems.

In terms of its construction, 0761453606 consists of a primary receptacle body and several secondary mating pins which are arranged in three columns. Two of the columns are for power, while the third column carries the data signals. This orientation of the pins ensures that the authorized connection can be maintained as the pins enter receptacles and engage with the respective contacts without occurring misalignment errors.

The working principle of the 0761453606 is rather simple. The connector body is designed to fit snugly into the designated backplane cutout and subsequent pins enter their respective slots in the receptacle where they are held in place by an interfering fit. As a result, the pins remain engaged with the indexing elements in the backplane, thereby preventing the risk of an unauthorized mating or misalignment.

Applications of the 0761453606 are far-reaching. It grants an ideal solution for connecting equipment with multiple power and/or data inputs in the form of a single connector. Some of the most popular applications of this type of connector include server racks, digital storage systems, and telecommunications equipment. It is also used in medical, aerospace, defense, and automotive applications.

0761453606 is a reliable and cost-efficient solution for systems that require secure and stable connections and/or high-speed data transfer. Additionally, it is a preferred choice for applications in which frequent hot-plugging of components is required. Despite its relatively small size, its resilient locking mechanism and efficient signal transfer make it a preferred choice for many applications.

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