52490-61102

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Memory connectors play a vital role in the ability of electronic circuitry to store and recall information. The 52490-61102 inline module socket, or IMC, is an advanced solution in memory connector technology. This type of socket is unique because of its multiple contact points, and offers a greater level of reliability and data retention than some other common options. A closer look at the application field and working principle of the 52490-61102 IMC will demonstrate how this socket can provide an extra layer of performance to electronic circuitry.

Application Field

In most cases, the 52490-61102 inline module socket is used in circuit designs where additional memory capacity is needed. This type of socket is particularly well suited for applications requiring an extra layer of protection against environmental factors and corrosion. It is often used in medical equipment, communication systems, and other electronic devices where memory capacity is critical.

The 52490-61102 IMC is also frequently employed when ground-bonding is desired for electrical connections. This socket can be used to replace conventional busbar connections in order to improve signal integrity and reduce noise. Additionally, the 52490-61102 socket can be used in sensitive circuits, where the current capacity of the socket must be carefully controlled.

Working Principle

The 52490-61102 inline module socket is designed with multiple terminals for making connections to and from standard memories. These terminals are typically arranged either in a row or as a cross-linked array. An appropriate memory module plug is connected to the socket in order to transfer electrical signals between the two components. The multiple contact points offered by this socket type ensure a secure, reliable electrical connection. The 52490-61102 IMC also has the ability to withstand high electrical loads, allowing for a greater degree of current capacity.

In addition, the 52490-61102 inline module socket is designed with a mounting mechanism to provide a secure fit within the electric circuit. This ensures that the socket’s connections remain in place even under conditions of high vibration or rapid acceleration. The socket is also protected from damage due to corrosion or foreign particles by a durable dielectric coating that prevents oxidation and particle entrapment.

Conclusion

The 52490-61102 inline module socket is a valuable and versatile solution to memory connector applications. Its multiple terminals provide more reliable electrical connections and increased data retention compared to some other socket types. The socket’s durable construction allows it to withstand the rigors of harsh environments and high vibration, and its dielectric coating protects against corrosion and foreign particle damage. The 52490-61102 IMC is thus an effective memory connector for a variety of applications.

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