2143266-1

Backplane connectors are specialized connectors that are required when a higher level of integration is required. The 2143266-1 backplane connector is one such type of specialized connector. This connector features a reliable and robust design that can be used in a variety of applications.

The 2143266-1 backplane connectors are mainly used in power supply applications. They are designed to provide high-voltage and high-current connections between computer motherboards and power supply systems. They are also used in server, storage, and communications applications, as well as in aviation and military applications. With a higher level of contact reliability, the 2143266-1 backplane connector is ideal for applications that require very high performance.

A basic overview of the working principle of the 2143266-1 backplane connector is that a spring-loaded contact is used to make the connection between the two parts. The contact is made up of a housing and two embedded contacts, with a single contact pin placed between them. The contacts are built such that the spring-loaded contact connects when the corresponding contact pin is pressed into the contact. The contacts are crimped to the pins, and this connection is further reinforced with an impact-resistant spring mechanism. This mechanism ensures a very strong connection between the two parts, meaning that the connections between the motherboards and the power supply systems are secure and reliable.

The 2143266-1 backplane connector is a reliable and robust connector that is highly suited to power-supply and other specialized applications. This connector is designed to provide a secure and reliable connection between the computer motherboards and the power supply systems, making it a great choice for applications that require very high performance. The spring-loaded contact ensures a strong and reliable connection between the two parts, while the contact pin ensures a secure and reliable connection. With these features, the 2143266-1 backplane connector is a great choice for applications that require a higher level of integration.