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Memory connectors are the devices used to join electrical conductors. Inline module (I/M) sockets are one such type of memory connectors used widely. It is mostly used in memory slots, server boards and embedded systems. I/M sockets have a wide range of applications across many industries; however, the main application is in the communication and commercial industries, where data is transmitted over extended distances.

I/M sockets are made of plastic material, which is either injection molded or vacuum formed. It consists of two parts, a socket and a connector. The two parts contain metallic contacts that are connected together through a metal spring, which ensures a secure connection between the two parts. The connector has a metal pin that goes into the socket and and locks securely into place. The contacts used in I/M sockets are usually made of gold, giving it good electrical conductivity.

• Exact dimensions
• High Resolution
• High Accuracy
• High Reliability
• Low signal loss

The working principle of I/M sockets involves the insertion of the connector into the socket. The spring loaded contacts in the connector are spring loaded, so when the connector is inserted into the socket, the two contacts come in contact and an electrical connection is established. The contacts are tightened as the connector is inserted further, thus providing a secure connection.

This connection is reliable because the contacts are heated when making the connection, which binds the two parts together and eliminates any potential electrical faults. The contacts also provide a tight seal that prevents dust, moisture, and other particles from entering and corrupting the connection. This prevents potential damage to electrical components.

The application field of I/M sockets include a wide range, such as in communication systems, embedded systems, computer boards, and memory slots. Since I/M sockets are able to provide a secure connection for extended periods, they are the ideal choice when wiring is needed between two separate components. Additionally, since they are designed to be durable and reliable, they are suitable for use in harsh environments.

In conclusion, I/M sockets are a widely used memory connector with a wide range of applications. They are reliable and durable, making them ideal for use in demanding environments. Additionally, they have high resolution, accuracy, and reliability, making them suitable for use in complex systems. The two main components of an I/M socket – the contact and the connector – ensure that a secure connection is maintained for a long period of time.

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