380-10-104-00-002000

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Rectangular Connectors - Headers, Specialty Pin, and 380-10-104-00-002000 application field and working principle are all key components of electronic devices. Connectors transfer power or signals between two pieces of equipment; headers are components used in larger devices to connect large-area components; and the 380-10-104-00-002000 (referred to as NCP380D) is a specialty connector type that is widely used in the industrial field. In this article, we will discuss the application field and working principle of the NCP380D connector.

The NCP380D is a two-piece connector consisting of a plug and a receptacle. The connector has an outer casing, which houses the pins that will be connected to the various components. The plug is mounted on the back of the board, while the receptacle is mounted on the connector. Inside the plug and receptacle are metal contacts that interlock to form a continuous circuit when the components are connected. The pins are divided into four terminals, with voltage, ground, enable, and signal lines. The plug also has two gold-plated and heat-resistant contact interfaces to keep the current in the circuit flowing and avoid any abnormal power loss.

The NCP380D connector is used in a variety of applications, such as cellular and other advanced communication systems, computer/peripheral systems, medical diagnostic instruments, and automotive applications. The connector’s robust and reliable construction makes it especially suitable for use in harsh environments, such as those encountered in the aerospace, automotive, and industrial control industries. Additionally, the NCP380D is compliant with RoHS and REACH regulations and certified for high-speed data transfer.

The main features of the NCP380D include its low insertion force and easy ribbon wire termination. To make sure that the connection is secure, the NCP380D has a locking mechanism that is activated when the two mating parts are fully engaged. This ensures that the two parts will remain connected even while under strain or vibration. The connector also features single-point grounding and a lanced guard shell design to protect it against adverse conditions.

The NCP380D combines a reliable connection with high-speed data transfer. This is achieved through the unique contact construction, which includes two contact areas for the signal line and two contact areas for the ground line. This allows the NCP380D to reach transfer rates up to 20 Gbps. Additionally, the NCP380D connector is rated for temperatures ranging from -20 to +105°C so it can perform reliably even in extreme temperatures.

To sum up, the NCP380D is a versatile connector that is widely used in industrial applications. It has a rugged construction and reliable connection that make it suitable for use in harsh environments, and its high-speed transfer rate makes it ideal for data-intensive applications. Its features include low insertion force, single-point grounding, two contact areas for the signal line, and a locking mechanism. With its reliability and performance, the NCP380D is sure to be a great choice for any digital application.

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