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Backplane connectors are electronic components used to connect different boards within a computer system. The DIN 41612 specification, also known as DIN41 612-5, is a globally recognized standard utilized in various computer system backplanes. The DIN 41612-5 standard defines the backplane connector and its dimensions, contact configuration, and materials to ensure that the backplane connectors can be used reliably without compatibility issues. This specific DIN 41612 specification is primarily used in industrial and telecom applications.

Application Field and Working Principle

The specific DIN 41612-5 specification (also referred to as Type DIN41612 or just 41612) is a type of connector with a 160(browsable)pin configuration and a size of 54.5 by 6.9 by 0.6mm. It is typically used in industrial applications ranging from automotive to telecommunications, but it can also be applied to other connectivity needs as well. The purpose of using backplane connectors is due to their higher current capability as compared to other connectors.

The 41612-5 backplane connector is optimized for higher-density “blade” applications, such as those found in telecom equipment and industrial computer systems. The pin configuration can run as high as 160 pins, although it is also common to find configurations as low as 48 pins. The connectors have improved reliability compared to earlier versions, thanks to the increased contact and improved contact protection via a plastic shroud.

The working principle of the 41612-5 backplane connector is straightforward. It works simply by having two rows of contacts, which are connected in a variety of different configurations depending on the application. These contacts are then inserted into slots in a motherboard or other circuit board and are allowed to connect and ultimately provide power and data connections. The high contact density provides improved reliability and maximizes the amount of electrical and data connections that can be made.

The 41612-5 backplane connector has many advantages. It can operate in a wide range of temperatures and is not affected by prolonged exposure to extreme temperatures, such as those found in industrial and telecommunications applications. The connector is also capable of transferring faster data rates when compared to traditional connectors, enabling higher speeds and data transfer rates. Finally, the connector is designed to be fool-proof, meaning that it cannot be inserted incorrectly due to its unique design.

In conclusion, the 41612-5 backplane connector is a popular choice for connecting boards within a computer system. It is used most commonly in industrial and telecom applications, due to its high contact density and improved reliability over earlier versions. The high contact density helps enable faster data rates, making it the logical choice for higher speed applications. Finally, the connector is designed to be fool-proof, making it easy to use and ensuring that it won’t be inserted incorrectly. The specific data is subject to PDF, and the above content is for reference