148120-5 Connectors, Interconnects

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DIN 41612 or also known as the Backplane Connector is a type of electrical connector with a rectangular form factor, frequently utilized in industrial-grade applications. Commonly designed with a modular construction, DIN 41612 can offer an assortment of different connections for board-level connections, preventing potential complications derived from wiring and cabling.

In addition, this multi-purpose connection system is especially suitable and adept in two primary applications:

1. Data Processing

148120-5 backplane connectors from the DIN 41612 family are often customized to fit various rows, from 8, 9, 10, and even up to a maximum of 13. Following the need for processing a larger amount of data, these connectors can be designed with the incorporation of as many as 13 signal and power zones.

On one end of the connector, a maximum of 10 gigabits per second is employed for the signal-connecting zone, and on the other end, direct current up to 60 amps of connection power is provided through the power zones. With its versatility, DIN 41612 can easily provide secure, simple, and efficient connections, avoiding cabling and unwanted wiring.

2. High-Frequency Refrigerators

Today’s industrial automation landscape constantly relies on rapid data processing. Frigid temperatures and data connections often go hand in hand, making the use of backplane connectors in refrigeration stores an optimal choice. Particularly DIN 41612’s 148120-5 variants, which have a restraining power of as high as 6 amps, act as the optimal choice for these types of applications.

This backplane connector is especially proficient when it comes to offering operators the chance to separate low-frequency and high-frequency circuits. For instance, when dealing with high-frequency duties such as automation, a separate insulation system can be used to effectively protect the delicate configurable communication ports. Furthermore, backplanes are not particularly large, making it easier for specialists to assess the power connection.

Working Principle

The basic principal that this connector is based upon is the use of a connecting system built with a double-layer planar array, also known as a Π layout, which can establish a perpendicular connection among different wiring rows. Backplanes are normally designed with a 1-10℃ temperature rating, depending on the importance of the application they are being employed for.

144 contacts are held together on the frontal area, while the second constitutes the back side of the connector. Output and input terminals of the same kind are then huddle together, forming two parallel sections in the board. After being connected, the board is provided with a durable connector that connects both sides in a single connector.

Finally, the 158120-5 backplane connectors from the DIN 41612 family are secured in place with a special locking device. During its operation, this locking system takes place automatically once the existing circuits are completed.

Conclusion

In conclusion, backplane connectors, particularly the ones from the DIN 41612 family, while they are mostly found in high-frequency, industrial-grade applications, they are specially designed to provide a powerful connection in modern applications, especially when dealing with larger amounts of data. From high-frequency fridges to board-level connections, this connector is the optimal choice for anyone handling automation at the industrial level.

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