N2526-6002-UG

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N2526-6002-UG Application Field and Working Principle: Rectangular Connectors - Headers, Male Pins

The N2526-6002-UG rectangular connectors are connectors that offer 6mm pitch, with 2mm square size. They provide a reliable, secure connection for various electrical applications. The N2526-6002-UG rectangular connectors are designed for use in difficult environments such as medical, automotive, industrial, and military electronics.

The connectors have two types of contacts – male pins and female sockets. Male pins are typically soldered to the circuit board and provide the electrical connection, while female sockets are used to connect the cable. The male pins are equipped with either a latch and lock system or a torsion spring locking system, depending on the desired application. The connectors are available in both vertical and right-angle configurations.

The N2526-6002-UG offers a number of benefits to its users. It is designed to withstand vibration, shock, and extreme temperatures. It also offers superior protection against EMI/RFI noise. The connectors offer reliable contact, and the insulator material provides protection against mechanical damage and wear.

The connectors also feature a low profile design that uses fewer components and allows for a reduced board size. This design also increases productivity as fewer components are required for installation. Furthermore, the connectors are designed to meet international safety standards such as UL, VDE, and CSA.

The N2526-6002-UG’s working principle is based on the connection of the metal contact pins in the female socket. This connection creates an electric current when the two metal contacts come in contact. The electric current then passes through the wire and opens the insulated switch which triggers the switch and opens the connection point in the female socket.

The N2526-6002-UG rectangular connectors are a reliable and cost-effective solution for many applications. They are designed to withstand harsh environments and are constructed with quality materials. They are available in a variety of configurations, and offer superior protection against EMI/RFI noise.

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