NPPC211LGBN-RC

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NPPC211LGBN-RC (Rectangular Connectors - Headers, Receptacles, Female Sockets) are used to connect electrical leads or cables. They offer an electrical bridge between two or more sources of power and/or signals. Their applications include testing equipment, medical instrumentation, telecommunications, military and aerospace applications, and automotive applications. They also are used in home appliances.

The NPPC211LGBN-RC connector features two parallel rows of gold-plated contacts. Each contact is housed in an insulating molded plastic housing. They are rated to handle up to 8A and have a current-carrying capacity of 16A. The contacts are arranged in a pin-and-socket configuration to allow for fast and reliable connectivity. The contacts can be soldered or crimped to the connector housing, depending on application requirements.

The NPPC211LGBN-RC connector features a high-density design which allows for greater numbers of connections in less space. This makes them well-suited for miniaturized components. The high-density design makes it possible to connect multiple wires in a more secure manner, reducing the risk of system failure or malfunction.

The NPPC211LGBN-RC connector is designed to work in harsh environmental conditions. It is resistant to extreme temperatures, vibration, and shock. The connector’s housing is made from high-grade thermoplastic which is resistant to most chemicals. This makes them ideal for applications in which corrosion or wear may be significant.

The working principle of the NPPC211LGBN-RC connector is simple. Two or more electrical leads or cables are inserted into the connector. The contacts are then crimped or soldered to the receiving wiring. When properly connected, the leads are then linked together, thus supplying power and/or signals to the desired destination.

The NPPC211LGBN-RC has become a popular choice for many designers due to its low cost, reliable operation, and versatile applications. Its high-density design offers great flexibility for designers who are looking to miniaturize their components. Its resistance to corrosion and extreme environmental conditions make it an ideal choice for many industrial and military applications.

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