Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Memory Connectors - Inline Module Sockets

10124677-0101F14LF inline module sockets are popular in memory applications and are highly preferred due to their simple, reliable, and robust design. Inline module sockets provide an easy, cost-effective, and reliable way to connect a memory-filled circuit board to an end device for industrial, automotive, consumer, and commercial applications.

Application Field

10124677-0101F14LF inline module sockets are applicable in the following fields:

• Automotive – from tiny sensors to larger powertrains and chassis, embedded memory sockets are vital for operating and monitoring systems.
• Industrial – factory automation systems benefit from the use of memory modules to ensure process control, waste reduction, and increased safety.
• Communications – memory sockets are essential for routers, firewalls, and other communication devices to streamline network processes and achieve high bandwidth.
• Consumer – from wearables to smart home appliances, memory sockets are widely used in consumer applications.
• Commercial – fleet management, digital signage, medical devices, and security systems all utilize memory module sockets.

The 10124677-0101F14LF inline module socket can be particularly useful for applications where rapid deployment is required, such as the automotive industry where new technology is quickly developed and released. Another major benefit of this type of socket is its resistance to shock and vibration, which offers greater durability in harsh industrial or automotive environments.

Working Principle

The working principle of 10124677-0101F14LF inline modules is quite simple. The socket consists of two plane references which lay perpendicular on one another, often referred to as signal and ground. The pins on the pipe which will house the memory chip are injected into the substrate and depend on the connection type used. When the memory chip is inserted into the socket, the connections are made, typically referred to as a "press to fit" connection. This is achieved through the use of anti-vibration properties which ensures that the connection is made securely and reliably each time. The signal is then transferred from the memory module to the board via the signal plane, and then the ground plane ensures the integrity of the signal, providing protection from noise.

10124677-0101F14LF inline module sockets are one of the most reliable and cost-effective memory connectors on the market, making them ideal for a wide range of applications. They offer a simple and easy way to connect memory chips to end devices without the need for complex wiring, and offer protection from shock, vibration, and other external factors. Their simple design and quick installation make them an ideal choice for engineers looking to streamline their memory application.

The specific data is subject to PDF, and the above content is for reference