516-020-000-161

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Backplane connectors are a type of connection device designed to join together and provide power to two or more devices in an assembly or system. The 516-020-000-161 is a backplane connector available in both three and four-pole versions, manufactured with a nickel-plated bronze housing. This article provides information about the construction and operation of this range of connectors; their applications; and includes examples of best practice usage.

The 516-020-000-161 backplane connectors have a stamped and formed bronze housing that is plated with nickel for corrosion resistance. This housing serves as a support surface and conductor path for power, ground, and signal contacts. It also creates the mechanical connection between components. The housing is available in three and four-pole versions, and the contacts are all made of copper-nickel, with silver-plated contacts. The contacts are retained in the housing by compression fittings.

The 516-020-000-161 backplane connectors are designed for use in systems requiring high-speed data transfer, and low crosstalk between devices. The design of the housing ensures minimum contact resistance, as well as maximum blind-mating compatibility. The connectors provide a secure connection between components, with minimal signal interruption. They provide reliable signal transmission, even when used in EMI-sensitive applications. The contact design ensures interference-free operation, as well as superior strength and retention.

The 516-020-000-161 backplane connectors are designed for a wide range of applications. They are commonly used in a variety of industrial, commercial, automotive, aerospace, and military applications. They are suitable for use in industrial automation, telecommunications, test and measurement, audio/video, storage, and networking systems. They are also used in many consumer electronics, such as gaming systems, computers, and home audio/video equipment.

The working principle of the 516-020-000-161 backplane connectors is relatively simple. When the two connector halves are brought together, the contact spring elements are compressed. This ultimately results in reliable contact between the opposing connector surfaces. As the contacts are compressed, an electrical connection is formed. The contact surface is designed to ensure minimal contact resistance, as well as providing an efficient current path. This ensures optimal current transfer between the two connected parts.

In order to ensure a reliable connection, it is important to use the correct installation procedure when installing the 516-020-000-161 backplane connectors. Installation must be done in accordance with the manufacturer\'s instructions. The connectors should be mounted as close to the mounting surface as possible, in order to minimize contact resistance. The connection should be checked for proper fit and functioning, and the connectors should be inspected periodically to ensure the best performance.

In conclusion, the 516-020-000-161 backplane connectors are a reliable and versatile connection solution. Their robust construction and design makes them suitable for a wide range of applications, including industrial automation, test and measurement, and consumer electronics. The contacts are designed to provide maximum strength and reliability, while the housing provides a secure connection between the two devices. Their simple working principle ensures that they will provide reliable connection and power transfer, even in EMI-sensitive applications. For maximum performance, it is important to use these connectors with the proper installation procedures, in accordance with the manufacturer\'s instructions.

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