208457032001049

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DIN 41612 is an international standard, developed by the German Institute of Standardization (DIN), which defines the mechanical and electrical requirements for Backplane Connectors. The 208457032001049 Backplane Connector is a typical example of such a product. This connector series is extensively used in the telecommunications, data processing and consumer electronics sectors, among many others.

Application Field

The 208457032001049 Backplane Connector is designed for use in backplane slotted-rail mount applications. Its two-row design allows multiple discrete signal pathways to join together behind a single header, reducing the number of signal connections to a backplane. This makes it ideal for applications where space is a major concern, products such as blade servers, routers, switches, and other high-performance equipment.

Working Principle

The 208457032001049 Backplane Connector uses a spring-loaded any key connector system. The spring-loaded design creates two distinct points of contact between the mating connector and the backplane. This design allows the connector to be easily inserted and removed without damage to the contacts, making it particularly suitable for use in harsh environmental conditions. The connector also features a unique soldering process which ensures a reliable electrical connection is maintained between the connector and the backplane.

The 208457032001049 Backplane Connector provides an extremely secure connection between the mating connector and the backplane. The connector is designed to withstand the extreme vibration, shock and wear that is common in backplane systems, and has a higher insertion-force rating than standard connectors. This guarantees that the connection is always tight and secure, ensuring that the device can consistently perform.

Conclusion

The 208457032001049 Backplane Connector is designed to meet the highest standards of quality and reliability. This makes it an ideal choice for a variety of telecommunications, data processing and consumer electronics applications. Its two-row design and spring-loaded keypads minimize the number of signal connections needed in a backplane assembly, while its durable construction ensures that connections remain secure and reliable even in the most demanding environments.

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