10106134-A003001LF

Backplane connectors are specialized connectors specifically designed to link daughter cards on backplanes. This type of connector is an integral component in the overall system design, as it allows for expansion, scalability, and customization. The model of the backplane connector in this example is 10106134-A003001LF. We will look at the application field in which these connectors are commonly used, and the working principle behind them.

The application field of this model of backplane connector depends largely on system requirements. As mentioned earlier, this type of connector is designed to link daughter cards to backplanes, but this connector is well suited for many applications where daughter cards require connection to other circuit boards. Additionally, because of its scalability and flexibility, this type of connector is a popular choice for applications ranging from servers and communication systems to industrial control systems and more.

The 10106134-A003001LF is a unique backplane connector designed for high-bandwidth applications. This model has an impressive maximum transmission speed of up to 25Gbps, making it ideal for data-intensive applications. It also has a low insertion force and is highly reliable, providing reliable connections without compromising performance.

The working principle behind this model is simple but effective. The 10106134-A003001LF backplane connector is a one-piece design that features an array of pins on each of its ends. These pins are then used to link the two daughter cards. When the pin of one end is inserted into the slot of the other end, it securely locks them together. This creates an electrical path that allows signal transfer between the two daughter cards.

The 10106134-A003001LF backplane connector is a specialized connector designed for fast, reliable, and scalable data transmission between daughter cards and backplanes. This model features a maximum transmission speed of up to 25Gbps, making it well suited for data-intensive applications. In addition, its low insertion force and superior reliability ensure that it is able to provide reliable connections without any performance degradation.