10005639-12107LF

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Memory connectors, inline module sockets, are a versatile type of electrical connectors found in a variety of electronics and ICT (Information and Communication Technology) systems, from handheld electronics to automated machinery. These connectors allow for the safe and speedy transmission of data or electricity from one point to another without the danger of shorting out and damaging any components. The 10005639-12107LF module sockets are designed specifically for memory applications in high-speed data systems. This article will discuss the application field and working principle of 10005639-12107LF module sockets.

10005639-12107LF inline module sockets are typically used in systems that operate at high speeds or require quick response times. Examples of these systems could be high-volume memory intensive applications, such as servers, networking, telecommunications, and industrial automation processes. The module sockets have a very low insertion force and are made to be able to stand up to multiple cycles of insertion. This means that they can be used in applications that require frequent changes in the electrical connections, such as in switching or modulating networks.

Additionally, the 10005639-12107LF module sockets have a two-piece construction to provide good vibration resistance. This increases the reliability of the connection and ensures that the contact between the pins will remain even under dynamic conditions. The module sockets also offer good stability and are made with durable materials to ensure long-term use. The sockets are tailored to accommodate various densities of memory modules, ranging from low density to high density.

In terms of working principle, the 10005639-12107LF module sockets help to facilitate quick and reliable connections between components. The contact pins of the module sockets are spring-loaded and designed to fit snugly into the corresponding holes of the memory module. The module sockets employ a positive/alternating contact pattern which allows for an optimal alignment of the pins with the holes in the module. This ensures reliable signal transmission and power delivery. The spring-loaded pins also act as a safeguard against wrong mating or unwanted contact with exposed metal.

The 10005639-12107LF module sockets also offer great versatility in terms of design. They come in a variety of sizes and pitches, allowing for easy integration into a variety of memory modules. Aside from providing quick and dependable connections, the module socket also has excellent EMI (Electro-Magnetic Interference) protection to guard against interference from external sources. It also complies with the IPC (Institute of Printed Circuits) standard and has an operating temperature range of -55°C to +125°C.

In conclusion, the 10005639-12107LF module sockets are designed to provide quick and reliable connections for high-speed memory applications. These module sockets offer good vibration resistance and are specifically tailored to accommodate various densities of memory modules. The module sockets have a positive/alternate contact pattern and use spring-loaded pins to ensure reliable signal transmission and prevent wrong mating and other unwanted contact. Additionally, the module sockets come in a variety of sizes and pitches and have good EMI protection and an operating temperature range of -55°C to +125°C.

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