205282-1

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Backplane connectors are mainly used in computer and networking applications, and are an important component in enabling the data transfer of digital and analog signals between boards and systems in such applications. The 205282-1 backplane connector is a high-speed, power-based, backplane interconnection designed to work in temperatures ranging from -55°C to +125°C.

The 205282-1 backplane connector features a low insertion force and low-profile design, making it easy to grip and insert. It also has a six-finger contact system with a highly reliable, vibration-proof springloaded contact for continuous engagement performance. This ensures a highly reliable signal connection that is resilient to shock and vibration. The contact system is protected by a rugged, molded outer shell that helps maintain performance in a range of adverse environmental conditions.

The backplane connector’s working principle is based on the principle of impedance mismatch compensation. This means that the transmission line between connector pins is adjusted to increase or decrease the total signal loss. The backplane connector is designed to adjust the signal level to the right impedance, ensuring a proper signal connection between two different boards or systems.

The 205282-1 backplane connector is often used to interconnect two different boards or systems. It is designed to support single-ended and differential data transfer signals in a variety of data protocols including SAS, SATA, PCIe, Fibre Channel, and Ethernet. The connector is also capable of supporting power transmission up to 10A. This makes it one of the most advanced backplane connectors available on the market today.

The 205282-1 backplane connector is a reliable and reliable solution for the connection of two different boards or systems. It features a low insertion force and low-profile design, making it easy to grip and insert into tight spaces. It also offers a highly reliable and vibration-proof connection that is resilient to shock and vibration. This makes it an ideal solution for connecting high-speed and power-based digital and analog signals in a range of computer and networking applications.

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