16-8625-10

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Rectangular connectors have been widely used in connecting electrical components for over 90 years. From a simple two-pole connector to a complex connector that can accommodate numerous conductors, and from simple to complex pin and socket layouts, these connectors provide optimal connection solutions for a variety of applications. The 16-8625-10 is one such example of a rectangular connector, specifically a header, specialty pin connector.

Features of the 16-8625-10

The 16-8625-10 is a 10-pin header connector with a 2.54mm center-to-center distance from pin to pin. It is made with stamped and formed steel contacts with selective gold plating, an insulated plastic body, and with a pressure plate. It has a black insulator shell that has been UL94V-0 rated. The connector is designed with a silicone sealing gasket. The connector pins have the following ratings: operating temperature of -25°C to 85°C, an UL current rating of 2.0A and a voltage rating of 300V RMS. The contact resistance for each pin is max 5mΩ. The insulation resistance from contact to contact is greater than 2000MΩ and between contact and shell greater than 1000MΩ.

Application of the 16-8625-10

The 16-8625-10 has a multitude of applications across a variety of industries. The properties of this connector make it ideal for applications that require tight connections with a high degree of electrical integrity, such as in telecommunications systems, industrial automation, networking, and data communication. This connector is designed to be used in applications that require a reliable connection, strong insulation, and resistance to extreme temperature and pressure variation.

Working Principle of 16-8625-10

The working principle of the 16-8625-10 is based on the mechanical/electrical connection established between the connectors pins and the mating components. It consists of a series of individual components that must securely and accurately interact in order to achieve a complete connection. The 16-8625-10 provides connection via two electrical contact points in the form of pins and sockets, which are designed to slip into one another to form a reliable connection. To ensure a secure connection, a specific pressure called the "Contact Force" is applied to the connection point by either a mating connector or a retaining component. The applied force creates an electrical conductive pathway between the two, allowing an uninterrupted flow of current through the connection.

Conclusion

The 16-8625-10 connector is an ideal choice for a variety of applications, providing wearers with reliable connection points with a high level of electrical integrity. This connector is designed with stamped and formed steel contacts with selective gold plating, an insulated plastic body, and with a silicone pressure plate to ensure a secure connection. This makes it an ideal choice for applications such as telecommunications systems, industrial automation, networking, and data communication.

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