310-93-104-41-001000

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Rectangular connectors, also known as Headers, Receptacles and Female Sockets, generally consist of two possible genders that are mated together to provide continual transmission of electrical signals between devices. This particular connector, identified as 310-93-104-41-001000, is a typically used connector in many fields. This article will revisit the application fields and working principles of the 310-93-104-41-001000 rectangular connector.

Essentially, the 310-93-104-41-001000 rectangular connector is mainly used in applications that require many isolated points of connection, such as electronic modules, sensors, or circuits. This connector featuring a double lock mechanism, and having metallic contacts of gold or tin that evoke a low degree of electrical resistance, is usually employed on consumer and automotive audio systems, home automation systems, industrial controllers, other controllers and embedded controllers. The closed entry of the connector ensures superior immunity with regard to dust retention, water resistance and mechanical shock. As a consequence of featuring a robust mechanical construction and reliable electrical performance, this connector is commonly utilized in high vibration applications such as robotics and aerospace.

The working principle of this connector is based on an interlock device that provides an electrical path between the two sides when they are mated together. The process of mating the two components usually requires users to insert a male header into the female socket, and then to fasten it by using screws or posts. This specific process will ensure a correct and strong contact between the two sides. In addition, it also helps ensure that the contact is maintained during applications that require high levels of vibrational shock.

In summary, the 310-93-104-41-001000 rectangular connector is widely used in many applications requiring many isolated points of connection, such as consumer and automotive audio systems, home automation systems, industrial controllers, other controllers and embedded controllers. Its working principle is based on an inter-lock device that provides an electrical path when the two components are mated. Moreover, its robust mechanical construction and reliable electrical performance make this connector suitable for high vibration applications, such as robotics and aerospace.

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