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Backplane Connectors - DIN 41612

DIN 41612 is a product family of connectors based on a compact modular design for applications in backplane systems. DIN 41612 connectors are widely used in backplane applications due to their simple assembly, flexibility, and compatibility. The DIN 41612 style connectors are designed to fit within a square grid pattern, making them very easy to integrate into a backplane system. The DIN 41612 family offers a wide variety of application fields and working principles, providing multiple options to meet complex backplane requirements.

Application Fields

Some of the application fields for DIN 41612 connectors include computer backplane systems, instrumentation, telecommunications, industrial control, and test and measurement systems. These connectors provide high-level performance in robust, reliable systems that require short circuit and over voltage protection in a wide range of applications. Furthermore, using DIN 41612 connectors in backplane systems provides improved power supply stability, signal integrity, shielding, and overall system continuity.

The DIN 41612 connectors are also popular in applications that involve high-speed signal transmission, including data switching and transmission in computing systems and fiber optics. By maintaining a full 256 links in one port, these connectors can simplify I/O solutions or board stacking applications. In addition, they are also suited for LED lighting, motor control, and medical equipment.

Working Principle

The design of DIN 41612 connectors follows a modular approach, allowing flexibility in system design. These connectors are available in two shell sizes: 1A and 2A. The 1A size supports up to 185 contact positions, while the 2A version can accommodate up to 345 contacts. Each connector shell can hold up to seven line-arrangements (standard, spines, and combinations). Furthermore, contact arrangement options permit crosstalk suppression.

DIN 41612 connectors also feature a strong constructural design that ensures system stability and reliability. The design deploys both housing and baffle technologies, which help ensure airtight seals and correct mating. The connector shell and blade assembly also provide positive polarization, which helps to prevent mis-mating.

Conclusion

DIN 41612 connectors provide a versatile, modular solution for backplane systems. With a wide range of application fields and a strong working principle, these connectors are suitable for a variety of applications and needs. Furthermore, their design is easy to integrate into existing systems and provides robust, reliable performance.

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