NPPC271LFBN-RC

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Rectangular Connectors - Headers, Receptacles, Female Sockets are one type of component used for a variety of purposes, ranging from manufacturing to electrical applications. The NPPC271LFBN-RC is among the various types of rectangular connectors available in the market today. It is a female socket connector designed for low profile mounting with board stacking capability.

The NPPC271LFBN-RC is an RoHS-compliant, 8-position socket connector with a single row configuration with a plastic body and box section. The insertion/extraction force is rated at 30N. It has a current rating of 1A, voltage rating of 125V AC, and insulation resistance (at 500V DC) of 2,000MΩ min. This connector has gold-plated brass contacts with gull-wing terminals, and an operating temperature range of -55 to 120°C.

Applications that benefit from the NPPC271LFBN-RC include all types of interconnection scenarios, from computer motherboards and front panels to motor and process control. It is especially suited for applications where space is at a premium, due to its low profile design. Its board-stacking capabilities also make it suitable for use in multi-tier boards.

The working principle behind the NPPC271LFBN-RC is simple yet effective. The female socket has a spring mechanism which helps to ensure a secure connection when it is mated with the corresponding male head. This spring mechanism is further enhanced by the use of a positive locking mechanism, which ensures that the connector is not dislodged from its place once it has been properly mated. The contact pins on the male head then transfer energy from the device or cable to the board.

The NPPC271LFBN-RC is a highly reliable and user-friendly connector, which is used in a variety of industries and applications. Its low profile design is ideal for confined spaces where board stacking capability is critical. It is an invaluable addition to any circuit design, and its working principle and application field make it a popular choice for all types of interconnection scenarios.

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