2040910-1

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Inline Module Sockets, also known as 2040910-1 Memory Connectors, are effective solutions for attaching memory modules to complex system designs. Using a single Inline Module Socket, it’s simple to connect with both the host memory and the memory module, thus providing a stable and secure connection. This makes Inline Module Sockets suitable for applications that require high security and operational reliability.

Inline Module Sockets provide a large assortment of design possibilities with various designs that are best suited for different applications. The components designed in an Inline Module Socket, including its contacts and polarization, are available in different variations to meet the customers’ needs. Additionally, the Inline Module Sockets can include protective layers such as seals, pick-and-place cover, backplane, and wire systems, all of which provide ease of use and reliability.

An Inline Module Socket utilizes a single linesocket which is then inserted into a groove provided on the board. This line socket serves as a connector, connecting the Inline Module Socket to the board. When the Inline Module Socket is connected to the board, it then acts as an interface for the memory module. In most cases, the 10-pin AP connector is used in the Inline Module Socket to provide proper connections to each of the memory module and the host memory.

The working principle of an Inline Module Socket revolves around its contacts, which make electrical connections between the memory module and the host memory. The contacts within the Inline Module Socket are designed to provide secure connections, and also to prevent interference from other electronic devices. The contacts are designed with a two-piece construction that consists of a single contact with a pin that is inserted into the board. This contact is then linked to an electrical connection on the memory module.

The contacts within an Inline Module Socket are available in an array of sizes and shapes, depending on the application and the manufacturer. These contacts are made from different material, such as plastics and metal, depending on the requirements of the application. The contacts within an Inline Module Socket are designed to provide a secure connection without affecting the flow of the electric current. Additionally, the contacts are designed in a way so that they can withstand various shocks and harsh environmental conditions, allowing them to be used in applications that require high levels of security and reliability.

Inline Module Sockets also feature a pick-and-place cover that provides protection against dust and other contamination. The pick-and-place cover shields the contacts and prevents them from being exposed to dust and other pollutants in the environment. The pick-and-place cover also provides convenience by allowing for easy insertion and removal of the Inline Module Socket.

Inline Module Sockets are typically used in applications that require memory modules to connect with a host memory in a secure and reliable manner such as in consumer electronics, communication products, automotive products, and industrial equipment. They are designed to provide a sturdy connection that can withstand even harsh environmental conditions, making them suitable for reliable high-speed data communications.

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