51952-192PGSALF

Backplane Connectors - Specialized

The 51952-192PGSALF application field and working principle is a specialized form of backplane connectors, that offer more secure, reliable, and higher speed connections than traditional backplane connectors. The 51952-192PGSALF connector\'s specialized structure and design gives it high performance when paired with high-speed backplane boards and buses, allowing for superior data transfer, signal performance, and power delivery over longer distances.

51952-192PGSALF Application Field

The 51952-192PGSALF application field is typically utilized in computing and industrial networking applications, such as signal transmission, data transfer, power delivery, and other important interface functions. This application field is also used in the aerospace, automotive, military, and medical industries as a way to provide reliable power and data transfer in a variety of different applications.

51952-192PGSALF Working Principle

The 51952-192PGSALF\'s working principle is based on the concept of a backplane\'s patch cord system, which connects the inner signals on the board to the outside of the board. This principle is used in conjunction with through hole technology, where the entire circuitry is built into the patch cord, rather than having to make separate connections for every single component on the board. This eliminates the need to make multiple connections, saving time and cost.

The signal connection on the 51952-192PGSALF connector consists of two insulated copper cores, with the male core connected to the board\'s ground plane via its soldered connection, and the female core connected to the trace of the board. This trace is typically made up of highly conductive material such as copper or gold, and is connected to the board\'s through hole plating, which carries the data from the board to the outer connectors. This is a very reliable connection and is resistant to noise and interference from nearby devices.

The 51952-192PGSALF connector also features a specialized power delivery system, which uses a different type of power connector, compared to traditional backplane connectors. This power delivery system delivers higher levels of power with less resistance and noise. This allows for higher levels of performance and reliability.

Conclusion

The 51952-192PGSALF application field and working principle is an excellent example of a specialized backplane connector, offering superior performance, reliability, and power delivery, compared to traditional backplane connectors. This connector is ideal for a variety of networking and industrial applications, and provides a reliable connection for high speed data and power delivery.