2102159-1

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Backplane connectors, as a type of electrical connectors, are designed to transfer data and electrical signals between two printed circuit boards or other components. The 2102159-1 is a specialized backplane connector designed to provide superior performance in high voltage, high power density applications. It is well-suited for use in a range of applications, such as data storage and communication systems.

The 2102159-1 backplane connector is constructed from a combination of dielectric and metal components. The dielectric portion of the connector comprises a robust polycarbonate insulator that is highly resistant to shock, impact, and vibration. This ensures the integrity of the signal during rapid motion between mating printed circuit boards or components. The metal portion of the connector is composed of cadmium-plated brass contacts, which help to reduce electrical resistance and provide a reliable mating connection.

The 2102159-1 backplane connector is designed for use in systems requiring high voltage operation. It is rated for voltage levels as high as 4kV, with a maximum current rating of 10A. Additionally, the 2102159-1 connector is able to handle high power density applications, with its high contact density allowing for a small form factor solution. This makes it ideal for use in space-restricted applications.

The 2102159-1 is also designed with a durable keyed latching mechanism, providing secure connections between components. The latching mechanism is composed of a combination of stainless steel and abs materials, ensuring reliable latching over a long life. This latching mechanism also provides visual assurance that the connection is properly made.

The 2102159-1 backplane connector offers a cost-effective, reliable solution for high-voltage, high power density applications. Its combination of robust dielectric and metal components and secure, reliable latching mechanism makes it well-suited for use in a range of applications, including data storage and communication systems. Additionally, its high contact density and small form factor allows for use in space-restricted applications.

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