0783150011

Memory Connectors - Inline Module Sockets

Memory Connectors (also called Inline Module Sockets or IM Sockets) are connector systems used to securely connect electrical components and printed circuits. IM Sockets provides reliable data transmission with a focus on performance, compatibility, and reliability. Specifically, IM Sockets are designed to improve the reliability and stability of electrical connections.

0783150011 Application Field and Working Principle

The 0783150011 system is a type of Memory Connector and is characterized by its robust design and reliable performance. This system offers high retention force, a high level of mechanical strength, and a wide range of mating cycles. This connector is most commonly used for applications including industrial control systems, energy transmission and distribution equipment, testing machines, and medical equipment.

In terms of the working principle, the 0783150011 system is a two-part connector that consists of an external female connector and an internal male connector. During the plugging process, the internal male connector pins move into the external female socket, creating a secure and reliable electrical connection. One of the most favorable qualities of this system is that it is able to make and break electrical connections quickly. This allows for a greater level of convenience, as the user does not have to worry about manually disconnecting and reconnecting the connector.

In addition, this system is designed to be self-cleaning and self-locking. Its unique shape makes a fan-out style connection, which helps to evenly distribute the contact force. This enables it to maintain a secure and reliable connection even in the presence of high shock and vibration. Furthermore, the contact force ensures that the resistance of the connection remains low.

Overall, the 0783150011 Memory Connector system provides highly reliable and durable electrical connections that can be used in a variety of different applications. It is capable of making and breaking connections quickly while maintaining an even contact force. It is also self-cleaning and self-locking, helping to ensure a secure and reliable connection in the presence of high shock and vibration.