XC5E20812ABYOMR

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Backplane connectors provide a standardized high density interface between boards and are categorized according to the number of rows and columns of contacts. The DIN 41612 backplane connector family consists of two, three, four, and five-row connectors providing a board-to-board interface. The XC5E20812ABYOMR is a twelve-pin connector within the DIN 41612 family.

The XC5E20812ABYOMR provides a cost-effective solution for high-density board interconnects. It is designed to provide a reliable, non-interfering, fast and low-cost connection capable of withstanding the rigors of dynamical mechanical shock and vibration tests. With an Industry standard DIN 41612 form factor, the XC5E20812ABYOMR allows for reversible mating, providing board-to-board connections that are both secure and reliable.

The XC5E20812ABYOMR features an industry-standard pitch of 2.54mm and a unique plating over steel option that provides increased robustness for applications in which the connector may be subjected to high mechanical stress, such as backplane structures. It is constructed with a reliable, double-sided contact system to ensure electrical contact reliability and improved resistance to electrical and mechanical misalignment. The XC5E20812ABYOMR is also available in a wide range of standard termination types, from a wide range of standard soldering techniques to quick and easy surface mount technology.

The XC5E20812ABYOMR is suitable for a variety of uses within the DIN 41612 family. Typical applications include the use in control and instrumentation applications. It is often chosen for applications where extended system life is a requirement due to its robustness and durability. It is highly reliable, and ideal for applications with high mating cycles, such as telecommunications, factory automation, and automotive industries.

The XC5E20812ABYOMR provides a connection solution tailored to applications with a variety of power and signal requirements. The connector is available with a range of different contact styles. These contacts accommodate both power and signal types — in alternate configurations like dual independent power and signal, dual independent power but shared signal, and single power, dual signal — to match specific application requirements. Additionally, the XC5E20812ABYOMR also provides an option of different shielding contact arrangements for increased EMC performance.

The working principle of the XC5E20812ABYOMR is based on the contact design principle of the edge connector. The XC5E20812ABYOMR features a set of symmetrical female contacts that are integrated into a plastic housing. The female contacts are separated by a series of islands that are usually aligned with the edge of the board for alignment purposes. To achieve a reliable connection, the corresponding male contact on the mating board must pass between the islands into the contact area.

Once in the contact area, the male contacts are held in place by the pre-assembled retainer clips preventing them from being pushed out once the connection is made. The XC5E20812ABYOMR also utilizes a locking mechanism to secure the connection and ensure a reliable, low impedance interconnection. The locking mechanisms consist of two slider bars that are engaged when the connector is mated.

The XC5E20812ABYOMR is a highly reliable and robust connector within the DIN 41612 family. Its distinctive plating over steel option enables it to withstand mechanical shock and vibration tests, while its contact design principles ensure high electrical reliability, board-to-board connections, and EMC performance. With a wide range of contact options and configurations, the XC5E20812ABYOMR is a useful and valuable solution for applications that require a reliable and secure board-to-board interface.

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