5084613-9

5084613-9 is a high-density rectangle array edge type connector, commonly used in mezzanine board-to-board applications. It consists of a plug reach with two separate mating positions, which is determined by moveable ramp pins.

The connector is used in applications where a lower density, higher mobility connection is needed. Its main advantage is that it offers a wide range of applications, as it can be used both for power and signal connections. The range of applications that this connector is used for include computer, telecom, audio/video and industrial applications.

The 5084613-9 connector is composed of a series of metal locking pins and plastic keys which are held in place by a spring-loaded mechanism. The locking pins are designed to align with the key pins of the adjacent connector, allowing the connectors to fit together securely. In addition, the connector includes two slot shells which each has a series of holes that line up with the holes of the corresponding slot shell. The shells can be locked together by twisting the spring-loaded pins into place which ensures that the two connectors are tightly held together. The 5084613-9 also includes slotted chambers which can provide additional protection to the connection.

The 5084613-9 connector is commonly used for creating board-to-board connections. It can be used for both power and signal connections, as the lock and slot mechanisms provide protection from electrostatic interference. Additionally, the 5084613-9 can be used in a variety of industries, as it is designed to be compatible with various other connectors.

In conclusion, the 5084613-9 is a high-density, rectangular array edge type connector which is commonly used in mezzanine board-to-board applications. It consists of a series of locking pins and slot shells which securely connect together to create a robust connection. The 5084613-9 is used for a wide range of applications, including computer, telecom, audio/video and industrial applications. The connector offers reliable protection from electrostatic interference, making it ideal for creating board-to-board connections.