DIN-016RPE-DPS-SH

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Backplane Connectors - DIN 41612 are electrical connectors used to connect boards to each other in modular computer assemblies. They often come in two varieties, signal and power. The signal connector typically uses an abutting design, such as a right angle or a circular design, and the power connector is typically used for larger power-carrying purposes. The DIN-016RPE-DPS-SH is a backplane connector used in many electronic systems. It is a high speed signal connector that is capable of operating up to 10 GHz and features both a fire-proof-resistant and earthquake-proof resistance design.

Application field

DIN-016RPE-DPS-SH is widely used in a variety of industries in many fields. Typical applications include a variety of different computer motherboards, server racks, router boards, and any other application requiring high speed data or data transfer. It can also be used in Bluetooth communication systems, internet appliances, set-top boxes, digital video cameras, and high-end audio systems. It is also used in the aerospace industry for various components.

Working Principle

The DIN-016RPE-DPS-SH is a high speed signal connector that is designed to provide efficient data transmission between two different connectors. It uses a standard .025” power contact pad configuration, which allows for a reliable and strong connection between its two components. The use of an integrated signal shielding system helps to ensure that data is transmitted with minimal interference, and the pattern in the terminal blocks also enable a secure, tight connection to be established. The backplane connector also features a number of other components, such as an integrated thermal management system, which allows for lower temperature operation.

In order to ensure a reliable connection, the backplane connector has a terminal gate type contact mechanism. This mechanism is designed to accurately locate the two components and allow for easy insertion and removal. The terminal gate type contact system also helps to avoid electrical shorting and provides a high current capacity and low voltage drop.

The DIN-016RPE-DPS-SH also features a raised socket design, which helps to reduce insertion force and reduce signal reflections. The raised socket design also ensures a low voltage resistance, which helps to reduce insertion force and increase data transmission efficiency. The raised socket also reduces the amount of contact pressure that is needed to ensure that a connection is established and helps to improve signal quality.

Conclusion

The DIN-016RPE-DPS-SH backplane connector is a high speed signal connector that is designed for many different applications. It offers a high data transmission rate and features an integrated signal shielding system, an integrated thermal management system, and a raised socket design. The terminal gate type contact system is designed to ensure a reliable connection, and the raised socket design helps to reduce insertion force and improve signal quality. The backplane connector is used in many different industries, making it a versatile and dependable connector.

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