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DIN 41612 backplane connectors are the cornerstone of the modern industrial landscape, used in a wide range of electronic products and applications. This type of connection is increasingly used in telecommunications, medical and automotive industries, as well as the whole industrial technology sector.

Characterised by its extremely high-density design, DIN41612 connectors are suitable for both point-to-point and cross-point applications. Using a design which reduces crosstalk and EMI interference to minimise signal distortions, enables these connectors to be used in a variety of difficult environments – from extreme temperatures to high-quality signal transmission performance.

It is not surprising that DIN41612 connectors are so widely used because they are much less prone to signal issues than conventional devices. In addition, their miniaturised design provides superior flexibility, allowing for higher contact density and higher port counts than traditional interfaces.

Their ability to move from system to system as needed also provides greater flexibility when creating configurable platforms. With the traditional backplane systems, users are limited to the backplane connectors that are designed to fit into their specific system. However, the use of the DIN41612 means that they are infinitely configurable, as they can be moved from place to place as needed.

Moreover, the robustness and reliability of the connection system makes them a great choice for medical and automotive applications. The contact pins have a very low profile and are designed to withstand high pressure and power without sacrificing the correct electrical contact. This makes them a perfect choice for demanding applications such as safety-critical systems, due to their extremely low contact current and resistance.

The most common type of backplane connector used today is the 90-pin DIN41612 connector. This type of connector features a wide variety of contact materials, with each contact containing a different amount of pins depending on its working voltage and current capabilities. These connectors are designed for high-current applications, and therefore feature a high level of protection against both electrical and mechanical stresses.

The 90-pin DIN41612 connector is typically used for power supply connections as well as for communication between devices, such as chipsets and memory modules. The 90-pin variant provides a high level of PCB (printed circuit board) trace and pad contact area, allowing for improved signal integrity and current carrying capacity. This type of connector is also capable of automatically compensating for losses in signal quality due to temperature changes.

The 90-pin connector can be employed in a variety of applications from assembly lines to robotics and medical machines. Its robust design ensures reliable operation even in difficult operating environments. In addition, they are compatible with other types of interfaces, such as Samtec, which makes them an ideal choice for creating integrated systems.

The working principle of a DIN41612 connector is very straightforward. In brief, the connection is based on inserting the required pins into pre-defined channels, and tightening them with a self-locking mechanism. The pins are generally soldered into place, although some types also feature snap-in or clamping mechanisms. The number of pins used varies according to the application, and depending on the type of the connector, the pins may have different densities and sizes.

In conclusion, the 90-pin DIN41612 connector is one of the most widely used connector types for demanding applications, due to its superior protection from mechanical and electrical stresses, and its ability to accommodate a high number of PCB traces and pads. Furthermore, its high-density design enables its use in difficult environments, and its compatibility with other types of interfaces makes it the perfect choice for creating integrated systems.

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