86094327815748ELF

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86094327815748ELF Backplane Connectors - DIN 41612 are components used in a wide variety of applications where secure connections between two electronic PCB boards are required. These connectors are typically found in high-precision instruments such as communications systems, medical devices, aerospace systems, computer servers, audio systems, and automotive applications.

Backplane connectors – DIN 41612 provide secure connections between two electronic PCB boards while enhancing the reliability of the entire electrical system. These connectors provide high performance, low signal loss, and low defect rates over the long life of a product thanks to their highly reliable construction and advanced construction technologies.

For a quality DIN 41612 connector to perform properly, it must be inserted into a specially created slot in one or both of the electronic PCB boards, depending on the intended purpose. The connection between the connectors and the boards can be either dual sided or dual inline types, with each type customised to fit the intended purpose. Once the connectors are securely inserted, they will remain in place, even when the application is subjected to vibration or temperature changes.

DIN 41612 connectors use either a single-ended or differential mode of operation depending on the application. In the single-ended mode, the voltage is applied between the positive and negative contacts exclusively in one direction. In differential mode, the voltage is applied between the positive and negative contacts in the same direction, but with the addition of an isolated ground. This allows for a much higher level of performance than what can be achieved with a single-ended system.

Once the appropriate mode of operation is selected, the actual electrical connection is established by placing two or more contact pins in a specific location. These pins are then soldered to the circuit board, creating a “floating” connection. This floating connection allows the connection to be moved or shifted within a tiny range, without impacting the integrity of the electrical system. This design ensures that any changes to the product’s function or structure do not affect the connection, ensuring the connection remains intact over time.

The DIN 41612 connector also has a number of features that improve performance and maintain reliability. For example, the connectors are made of materials that are resistant to corrosion, which helps to keep the connectors free of dirt and oxidation. Other features include the use of anti-static and ESD protection technologies, as well as a variety of plating options. Plating options can include silver, nickel, copper, gold, and other materials, and are chosen based on the intended application of the connector.

In addition to ensuring reliable electrical connections, DIN 41612 connectors provide various improvements in overall product design. As they are more compact than other types of connectors, they can be used for space-efficient connection solutions and applications requiring reduced size. The connectors also come with various locking mechanisms, which help to prevent accidental disconnection during use.

When used in combination with other components, DIN 41612 connectors can form an effective backbone for high-precision electronic systems. They provide reliable, low-noise electrical connections, as well as high levels of vibration-proof, temperature-proof protection that help ensure the accuracy and performance of the entire device. Thanks to their wide range of customization options, DIN 41612 connectors can be tailored to fit almost any project.

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