10079248-10007

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Memory connectors are mechanical devices that connect two or more devices to facilitate data storage and retrieval. They are used to provide a physical connection between devices that may be located in different physical locations, or even to connect two or more computers together to form a single network. The most commonly used memory connectors are inline module sockets (IMS) and through-hole connectors (TPC).

10079248-10007 Inline Module Sockets

The 10079248-10007 Inline Module Sockets are designed to connect CPUs, memory, logic, and microcontrollers to form a single computing system or subsystem. These connectors consist of two connector halves, a matching lateral-mounted female socket and a top-mounted female socket. The connector halves are held together by a spring-loaded latch. This type of connector is usually used with more complex electronic projects that require a higher degree of integration.

IMS connectors are also designed to be highly reliable. They use gold or stainless steel components, and are frequently designed to be water resistant. The contacts in the sockets are designed to be corrosion-resistant, making them well-suited for applications that require long-term exposure to moisture or extreme temperatures. In addition, these connectors are designed to provide a large number of contact points to ensure the highest level of connectivity and reliability.

In order to mate IMS connectors, two matching sockets must be secured together. The first step involves pushing the two connector halves together using the spring-loaded latch. Once the contact points are lined up, the two halves can be secured in place using a tool, such as an Allen key, or by hand. The connector halves can then be locked securely together to form a single, secure connection.

The working principle behind IMS connectors is simple. When the two halves are mated together, the contact points in each socket become connected. This connection then provides an electrical signal to the devices that are being connected, allowing them to exchange data or communicate with one another. As long as the contacts remain firmly secured, the connection should remain reliable, allowing the devices to maintain the connection for a considerable period of time.

Applications

IMS connectors are used in a variety of applications, including consumer electronics, automobiles, industrial machinery, and computer systems. Due to their design, IMS connectors are highly reliable and can withstand a wide range of environmental conditions. These connectors are commonly used to connect CPUs, memory, logic, and microcontrollers, as well as other forms of electronic equipment.

The 10079248-10007 Inline Module Sockets are also used in challenging environments, such as for wet or harsh industrial applications, where the connector may be exposed to extreme temperatures or shock. These connectors are also used in high-speed computing applications, as they provide a reliable connection that can sustain high data transfer rates.

IMS connectors are also popular in consumer electronics applications, as they are simple to assemble and maintain. These connectors can be used to connect a variety of components, such as audio systems, digital cameras, video game controllers, and even wired to Bluetooth headsets.

Conclusion

The 10079248-10007 Inline Module Sockets are designed to provide a reliable connection between two or more devices. The connectors consist of two matching connector halves that can be secured together by a spring-loaded latch. This type of connector is used in a variety of applications, ranging from consumer electronics to industrial machinery, and provides a reliable connection that can withstand extreme temperatures and shock. In addition, these connectors are simple to assemble and maintain, making them an ideal choice for a wide range of applications.

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