2-1393641-5 Connectors, Interconnects

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Backplane Connectors - DIN 41612 are a type of electrical connectors commonly used for the interconnection of modules or boards in backplane applications. The primary feature of this type of connector is its ability to provide a large number of signal and power contacts in the standard configuration. It also offers a durable and reliable connection between parts over a wide range of environmental conditions.

The DIN 41612 connector is also known as a double-row floating connector due to its two horizontal rows of contacts. The rows are not connected with any rigid mounting but rather they float above the backplane. This feature can help protect the internal components of the backplane from shock and vibration. Furthermore, the floating contacts also act as a buffer between high-frequency signals and power lines.

The standard configuration for the DIN 41612 connector covers a number of contact arrangements. These range from 2 to 60 signals or 2A to 60A power contacts in a 2-row or 4-row layout. Other configurations are also available for more complex applications.

The contacts of the DIN 41612 connector are typically held in place using a combination of soldering and crimping techniques. Soldering is used to secure the terminals and crimping is used to hold the contacts in the connector. This provides a secure connection between the contacts and the backplane that can withstand the shock and vibration typically found in backplane applications.

The working principle of the DIN 41612 connector is based on its two rows of floating contacts. Each row is made up of signal or power contacts which are held in place by soldering and crimping. The two rows are then aligned such that each contact in the first row is positioned opposite to one in the second row. The contacts of opposite rows are then connected using spring pins or stiff wires that are electrically isolated from each other.

When two modules or boards are connected, the connections are established through the contacts of the DIN 41612 connector. The contact on the first row of the connector make contact with the corresponding contact on the other board. The contact on the second row of the connector then make contact with the corresponding contact on the other board. This allows for power or data to be transferred between the two boards in a reliable and secure way.

The DIN 41612 connector and its working principle are specifically designed for high-density backplane applications. Its floating contacts offer a reliable connection with high shock and vibration resistance, making it well suited for use in mission-critical applications. The wide range of contact configurations also allows the connector to meet a variety of designs and applications.

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