6651585-2

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 6651585-2 is a specialized backplane connector, widely used in modern architecture and computer systems. It is designed to deliver reliable high-speed data or electrical connections between a backplane and multiple board slots simultaneously, without the need for numerous standalone connectors.

This specialized device contains two sets of signal contacts that for a total of 12 signal pins. The average contact spacing is 0.025 inches, allowing for dense connectivity. The contacts can be soldered or crimped to a variety of cable types, allowing for flexible and modular design. The contacts are surrounded by a rugged insulation body that offers superior protection against short circuits, signals interference and cross talk.

The working principle of the 6651585-2 backplane connector is relatively simple. When mounted correctly, each of the 12 contacts are in contact with the corresponding board slots or processing elements on the backplane. This creates a complete connection channel that allows data or electrical signals to travel between the types of components. This connection is significantly more reliable than multiple standalone connectors, reducing interconnect failure rates and improving signal integrity.

The 6651585-2 connectors can be used in a wide range of application fields. Telecommunications systems often rely on it to connect backplane components with printed circuit boards in various equipment. Computer networks also use it to create efficient connections between a range of components, such as switches, processors, and memory modules. Other common applications include automotive systems, medical equipment, appliance control circuits, and other complex architectures.

In conclusion, the 6651585-2 backplane connector provides superior performance in a variety of complex architectures. It is a specialized device that is designed with reliable signal contacts and a robust insulation body for reliable, long-term usage. Thanks to its working principle, it is capable of creating secure, high-speed connections between various board slots in a backplane and other processing elements without the need for numerous standalone connectors. As such, it is ideal for a range of applications, such as telecommunication systems, computer networks, automotive systems, and medical equipment.

The specific data is subject to PDF, and the above content is for reference