5406216-1

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5406216-1 is a modular jack connector designed by TE Connectivity. This type of connector is meant for harsh industrial or military environments, and it is designed to meet MIL-DTL-38999 Series III performance requirements. It is also compliant with ARINC 801 specifications, making it suitable for use in the avionics and aerospace industries. The 5406216-1 modular jack provides a secure connection while ensuring minimal insertion and extraction forces are required. This type of connector is well-suited for applications such as digital displays, robot control systems, assembly lines, and production control systems.

The 5406216-1 connector is composed of two parts, the male part, also known as the plug, and the female counterpart, known as the jack. The male part is fitted with either gold-plated or tin-plated contacts which fit snugly into the female side of the connector. It is typically mounted onto a printed circuit board or other electrically conductive surface. The jack component is a plastic shroud that receives the male part of the connector. The shroud protects the electrical connections from dust, dirt, and other contaminants, while easing insertion and extraction of the male part.

The work principle of the 5406216-1 connector is quite straightforward. When the male plug is inserted into the female jack, the contacts on the plug and the contacts inside the jack connect, thus establishing a secure electrical connection. The design of the connector ensures that the contacts provide a secure, mechanical connection that is resistant to even the most extreme environmental conditions and vibration. Additionally, the connector is designed to minimize insertion and extraction forces, allowing it to be used in automated or robotic systems.

Due to its robust design and wide range of applications, 5406216-1 has become increasingly popular in various industries, particularly where extreme environmental conditions or robotic systems are present. It is an ideal solution for applications ranging from control panels to process control systems, as well as autonomous driving equipment, electric vehicles, and other applications requiring resistant connectors against shock, vibration, dust, dirt, and water.

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