5650477-5

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Backplane connectors are an essential component of almost any electronic system. The DIN 41612 series of connectors is one of the most widely used types of connectors available in the market today. The 5650477-5 is a variant of the DIN 41612 series of connectors. It is a high-speed, dual-row, parallel-floating type of connector. This article will explain the application field and working principle of 5650477-5 as a part of DIN 41612 connectors.

Application Fields and Features of 5650477-5 Connectors

The 5650477-5 connectors are designed for use as an interconnection system for any electronic system requiring a high-speed, low-profile interface. It is an ideal choice for backplane applications, where a higher level of electrical performance is required. The 5650477-5 is a floating type of connector, meaning that it is designed to be self-adjusting in different positions. This feature makes the 5650477-5 especially suitable for use in systems that require frequent repositioning.

The 5650477-5 features a dual-row design with an insulation displacement contact PIN. The 5650477-5 has a low profile, which allows for easy mounting without the need for any additional support structures. It also features a wide variety of adapter and mounting options, which make it suitable for any kind of backplane application.

The 5650477-5 also features a high signal integrity. It is able to handle a frequency up to 300 MHz and provide an excellent signal reflection coefficient. It is also resistant to ESD and EMI, making it a reliable choice for high-speed backplane applications.

Working Principle of 5650477-5 Connectors

The working principle of the 5650477-5 connectors is based on the principle of insulation displacement contact PIN. This is a contact system based on the displacement of the insulation around the contact. The contact point is formed when the insulation is displaced by the contact.

When the mating process is executed, the contact point is briefly pushed to create an initial contact. This creates a connection between the two industrial connectors. After the initial contact is made, the contact is maintained through the tension created by the spring which is located inside the connector.

In addition to this, the 5650477-5 also features an additional support system of a latch and resilient arm. This ensures the mechanical compatibility of the connectors. This makes the assembly and mating process of the 5650477-5 connector quick and easy.

Conclusion

Overall, the 5650477-5 connector from the DIN 41612 series is a reliable, high-speed, low-profile connector. It is suitable for a wide range of backplane applications. It is also resistant to ESD and EMI and can handle frequencies up to 300 MHz. The working principle of 5650477-5 is based on the insulation displacement contact PIN, along with the additional support of a resilient arm and latch. This makes it an ideal choice for any electronic system requiring a high-speed, low-profile interface.

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