5-202275-4

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Backplane connectors are used in a variety of applications to connect two or more printed circuit boards (PCBs). The most common applications for backplane connectors are in telecommunications, computing, automotive, and industrial equipment. In addition, they are used to connect wiring and other components to a main board in embedded systems.

The 5-202275-4 backplane connector is a pin & socket type connector designed for high speed backplane signals. The connector is designed with four horizontal rows of male and female pins, which are covered by four metal shields. The bottom row of pins is slightly longer to prevent the connector from connecting to the wrong type of backplane board. The pins are made of high quality phosphor bronze that has a high degree of resistance to corrosion.

The working principle of the 5-202275-4 backplane connector is simple. One end of the connector is inserted into the backplane board and then the other end is connected to the other PCB. The connector pins are then inserted into the corresponding holes in the backplane board. The metal shield provides a reliable, physical connection between the board and the connector, ensuring that the signals are transferred reliably.

The 5-202275-4 connector is widely used in a variety of applications including boards, personal computers, telecommunications, and industrial equipment. It is suitable for high speed data transfer. The connector is made of high quality materials that can withstand high operating temperatures and are resistant to corrosion. Additionally, the connector is designed with four rows of male and female pins, which provide a solid connection between the boards.

In summary, the 5-202275-4 backplane connector is a reliable, high-speed connector suitable for a variety of applications including boards, personal computers, telecommunications, and industrial equipment. The connector is designed with four horizontal rows of male and female pins, which are covered by four metal shields and provide a reliable physical connection between the board and the connector, ensuring that the signals are transferred reliably. The connector is made of high quality materials that can withstand high operating temperatures and are resistant to corrosion.

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