09733646962240

Backplane Connectors - DIN 41612 commonly referred to as “09733646962240” is a high-density pin and socket connector system used in the design of computer systems and other backplane applications. It offers higher densities and design flexibility than other connector technologies available.

Application Field

The application field for DIN 41612 connectors can be found in variety of industries. DIN 41612 connectors are used predominantly in telecommunications, industrial control, and medical markets. It can also be found in applications such as motor control, modems, LANs, and industrial control systems. Furthermore, it can be used in data acquisition, analog/digital converters, and instrumentation.

Design Considerations

The design of DIN 41612 connectors requires that certain design considerations be taken into account. Designers must consider many aspects when considering the design of a system using these connectors. These include the type of connector, cable type, insertion/extraction force, retention force, durability, resistance to shock and vibrations, thermal management requirements, as well as the number of pins and clearance needed for complete electrical connections.

Connector Types & Termination Types

The types of connectors available in a DIN 41612 system are socket, pin, and edgecard. For every connector type, a variety of termination types are also available. This includes soldering the connector, crimp and press fit termination, conformal coatings, and Y splitter. Also, these connectors can be provided in either single-position or double-position, depending upon the application\'s requirements.

Working Principle

The working principle of DIN 41612 connectors is very simple. When two compatible connectors are mated, small pins on the back of them make contact with a corresponding set of receptacles in the mating connector. This contact creates an electrical connection between the two connectors and provides a reliable pathway for information to flow between them. If the connection should become loose for any reason, designers should also consider incorporating strain relief into the design to ensure that the connection remains secure and stable.

Conclusion

Overall, DIN 41612 connectors offer many advantages for system designs. They feature high-density pin and socket contact designs, offer higher densities and design flexibility, and may be terminated using several methods. Additionally, they are available in a wide range of connector types, and offer requirements for thermal management, insertion/extraction force, and resistance to shock and vibration.