5767005-9

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The 5767005-9 is a rectangular edge type connector that is designed as an array of individual Mezzanine board to board connectors. It is specifically designed to provide reliable performance in data, telecom, and control applications requiring high speed transmission. This connector offers a reliable connection between two boards in a system by means of a multi-pin cable assembly.

The 5767005-9 is a cost-effective solution for applications that require high-speed data or signal transmission. The connector is designed to be used with a 3 Row Mezzanine Board-to-Board Interface and it is ideal for applications such as data centers, telecom systems, and control systems. This connector is RoHS and AWG compliant and features a voltage rating of 250VAC. In addition, the 5767005-9 is rated up to 16A.

The 5767005-9 features a fully detachable structure which ensures easy installation and removal. It is designed to be used with multi-pin cables and it features a range of cable retention designs depending on the application. The connector also features a robust mechanical design, with three structural levels to ensure strong locking of the connector to the cable. It also provides an anti-vibration feature which prevents the cable from becoming loose.

The working principle of the 5767005-9 is simple. When the connector is plugged into the board, its pins will make electrical contact with conductive traces on the board. The pins are then locked into place, ensuring a secure and reliable connection between two boards. The locking mechanism within the connector also ensures that it is securely retained in place even under vibration or shock.

The 5767005-9 is an ideal solution for applications such as data centers, telecom systems, and control systems. It offers a reliable connection between two boards in a system by means of a multi-pin cable assembly. It features a robust mechanical design and an anti-vibration feature, ensuring a secure and reliable connection. In addition, the 5767005-9 is cost-effective and designed to meet the requirements of a variety of applications.

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