5174254-2

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Backplane Connectors - DIN 41612

DIN 41612 connectors are a type of backplane connector commonly used in telecommunications and computer equipment. They are a form of 3M Connector, which have been designed to make the connection between printed circuit boards (PCB) and associated backplanes more secure. They use an interconnect system based on an array of contact pins and sockets arranged in a single row.

5174254-2 is a type of DIN 41612 connector. It is a female-type connector with two levels of organization: a 20-way connector module and several smaller pins. The 5174254-2 module\'s contact points are arranged in three rows of five contacts, with each row having two outer contacts on each side for power supply. There are a total of 20 contact points, split into two segments of 10 contact points each.

One of the defining features of the DIN 41612 connector is that it is an interconnect system with a hierarchical array of pins and sockets. This means that the contacts are arranged in a specific way to enable the establishment and maintenance of good electrical connections by allowing ample space between the contacts. This design also enables the connection of more than one type of system board to the same connector. This system of multiple level arrangements allows for greater flexibility in the design of the system, allowing multiple configurations to be employed.

The working principle of the 5174254-2 connector is centered around the combination of two levels of organization. Firstly, the contact pins are arranged in an irregular pattern consisting of five rows of ten columns. By doing this, an even distribution of contact points is achieved, regardless of size or thickness of the PCBs. Secondly, each contact point is connected to a separate row of socket contacts. This ensures that each socket contact on the module can be connected to an individual pin on any adjacent board.

The assembly process of the 5174254-2 connector involves the use of push-on terminals which are designed to fit the specified contact constrains. The combination of push-on terminals, contact pins, and sockets ensures that each connection is secure and reliable. The use of insulation and shielding also contributes to the overall connection performance. The contact elements are then fixed to the PCB by a variety of suitable methods such as soldering, pressure-fit or mechanical riveting.

In conclusion, the 5174254-2 DIN 41612 connector is a highly versatile and reliable system which allows for efficient and secure connection of multiple system boards. Its hierarchical array of pins and sockets ensures that an even contact distribution is achieved, while the use of insulation and shielding help to provide adequate protection from electrical interference. Additionally, its assembly process involves the use of push-on terminals and contact elements which have been designed to comply with specific contact constraints and the highest quality standards.

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