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The Application Field and Working Principle of DIN 41612 Connectors

DIN 41612 is a type of backplane connector used in electronic equipment for communication between two printed circuit boards (PCBs). It is designed to provide rapid data transfer as well as power supply. The connectors come in different types and sizes, and are commonly used in telecommunications, video electronics, and industrial automation. These connectors consist of a male and female part, each of which has a specific number of conductors. When mated together, the two parts form a single contact between the two boards, allowing the transferring of signals and electric current. The DIN 41612 standard covers a wide range of connectors, each with its own specifications and design features. The connectors are typically differentiated based on their number of contacts. The most commonly used eight-contact version is used for connections between basic PC boards, while versions with up to 350 contacts enable higher speed, and are typically used for advanced electronic systems. The connectors also come in different shapes and sizes, and are either panel or board-mounted. The panel-mounted version is most suitable for telecommunication panel applications, while the board-mounted is used for PCs and other applications. Depending on the application, several different types may be used in tandem.The quality of the copper conductor in the connector is an important factor in determining the reliability of the connection. The contact must be firmly and securely fitted, and the conductors must be designed so as to minimize electrical resistances and EMI/RFI noise.The compliant pin technology is used to ensure that the connector provides a secure fit for all types of electrical boards. This technology allows the contacts to self-adjust to the angle of the mating surface and also prevents over-stressing of the connectors due to misalignment. The insertion force also varies according to the number of contacts, with the strength increasing with the number of contact pins. The connectors also often feature shielding to protect the signal from electrostatic interference. Shielding can be achieved with beryllium copper or stainless steel shields, which are designed to fit snugly into the connector. The contacts themselves may feature different contact designs, such as flat or curved, and different plating options, such as gold or tin plating. This affects the conductivity and contact resistance of the connector, and thus must be carefully considered when selecting a connector. In summary, DIN 41612 is a type of backplane connector with high data throughput and power supply capabilities. The connectors come in a variety of sizes and types, and are suitable for a wide range of applications. The quality of the copper conductor is important for reliable connection, and the compliant pin technology helps to ensure a secure fit. The connectors can also be shielded for electrostatic protection. Finally, different contact designs with different plating options available offer additional flexibility to suit any given application.

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