09031642938

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09031642938 application field and working principle

DIN 41612 is a kind of backplane connector, widely used in the industrial field. Typically, these connectors are used in industrial control, medical equipment, BMS and so on. Besides, it also can be used in the communication field including router and switch.

DIN 41612 backplane connectors are base on three key elements which are pin, socket and frame. The pins are normally are composed of copper and gold-plated, housed in plastic. Its socket contacts feature multiple erosive protection layer, which ensures both low contact resistance and maximum reliability.

The most outstanding characteristic of DIN 41612 backplane connector is its highly integrated structure which is designed to deliver superior transmission capability and data speed. It achieves this by using the latest technology design features and creating a higher-density connection, while reducing the number of pins needed to transmit signals. The connector also can handle higher signals frequency which can be up to 750MHz.

Another outstanding feature of DIN 41612 backplane connector is its robust construction. The connector body has an inner and outer shell that helps provide a shield against mechanical, chemical and electromagnetic interference. Moreover, the Ejector finger also provides adequate protection against forced extractions.

Din 41612 backplane connectors also have the ability to reduce thermal stress during operation, leading to better device performance. For instance, the anti-vibration feature allows the connector to absorb unwanted mechanical shocks and vibrations that occur during normal operation. This helps reduce unnecessary heat that can cause device malfunction.

Overall, DIN 41612 backplane connectors are ideal for applications that require high-speed data transmission with reliable connection and robust construction. Their high-density design makes them ideal for use in applications with space constraints, and their robust construction allows them to stand up to extreme temperatures and conditions. They are also suitable for high-speed communications applications, such as routers and switches, ensuring reliable performance and data speeds.

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