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Backplane Connectors - DIN 41612

DIN 41612 is a type of backplane connector developed by the German National Standards Institute (DIN). It is used for connecting high-speed systems that require up to 64 high-speed differential signals.

09051252921 Application Field and Working Principle

The 09051252921 DIN 41612 connector is designed for high-speed switching applications. It is suitable for applications in computers, telecommunication, network communication, and switches. The connector has an interrupt-proof system, which allows it to upgrade channels easily. It also supports up to 64 high-speed differential signals.

The 09051252921 DIN 41612 connector is made up of several parts. It has a contact frame, which is held in place by an insulator body. The contact frame is divided into two sections, with the top half and bottom half being connected by pins. Each pin is held in place by a pin lock mechanism.

The 09051252921 DIN 41612 connector uses a pogo pin system, which is designed to reduce the contact resistance of the connections. The contacts are made up of a female and male plug-in parts, and the connection is secured by a clip that locks in place. The contacts have a bow tie shape, which increases the contact surface area, ensuring reliable electrical connections.

The 09051252921 DIN 41612 connector also has a signal frequency of up to 3GHz and is available in various versions such as applications in the computer, telecommunications, and network communication systems. The connector is also RoHS compliant and is available in several color coding options.

In conclusion, the 09051252921 DIN 41612 connector is a type of backplane connector developed by the German National Standards Institute (DIN). It is designed for high-speed switching applications and is suitable for applications in computers, telecommunication, network communication, and switches. It has an interrupt-proof system and also supports up to 64 high-speed differential signals. It uses a pogo pin system to reduce the contact resistance of the connections and has a signal frequency of up to 3GHz.

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