2085123-1

Backplane connectors are essential components that are used in many electronic systems for the transmission of data and power. The type of connector utilized for a particular application will depend on the speed of the data transfer required, the number of channels needed, and the environment in which the system will be used. The 2085123-1 connector is an example of a specialized backplane connector that is used for high-speed telecommunications. This article will discuss the application field and working principle of the 2085123-1 backplane connector.

Application Field

The 2085123-1 backplane connector is designed for use in high-density, high-speed data applications such as telecommunications, data management systems, energy storage systems, and military applications. It is a specialized connector that offers superior performance and reliability compared to conventional backplane connectors. The compact design allows for a greater number of channels per connector, which increases the transmission speed. The increased speed reduces data latency and ensures a consistent level of transmission quality.

The 2085123-1 is also designed for use in harsh environments. It is constructed with durable materials such as stainless steel and nickel-plated brass, which makes it resistant to corrosion and environmental elements. The connector is also designed with a durable locking mechanism that ensures a secure connection between the components. Additionally, the 2085123-1 features an integrated cable strain relief system that prevents the cable from being damaged during installation and use.

Working Principle

The 2085123-1 backplane connector is designed with two mating half-shells. These mate together to create a secure connection. Inside the connector are a series of pins and sockets that join the two half-shells. These pins and sockets provide an electrical connection between the two components. The pins are constructed with a conductive material such as gold or silver, while the sockets are constructed with an insulating material such as plastic.

The pins are placed in the sockets according to the desired configuration. As current passes through the connector, it passes through the pins, creating an electrical connection between the two components. The connector also features several adhesives that are used to secure the pin and socket connection. These adhesives resist vibration and other environmental elements.

In addition to the electrical connection, the 2085123-1 backplane connector also features several safety features. These features protect the pins and sockets from short circuits, overcurrent, and other dangerous conditions. The safety features include a bridge-type circuit design, which prevents the current from flowing in the wrong direction, as well as an insulation-displacement contact system, which ensures that a secure connection is maintained between the two components.

Conclusion

The 2085123-1 backplane connector is a specialized connector that is designed for use in high-speed data applications. It is constructed with durable materials and features a locking mechanism that ensures a secure connection between the components. It also features a series of pins and sockets that create an electrical connection between the two components. Additionally, the 2085123-1 features several safety features that protect the pins and sockets from damage and dangerous conditions. This makes it a reliable and effective connector for use in high-speed data applications.