MM50-200B2-2RE Connectors, Interconnects

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Introduction to MM50-200B2-2RE Inline Module Sockets

The MM50-200B2-2RE Inline Module Socket (IMS) is a memory connector designed for superior speed and durability in high-performance applications. It provides both high-speed data throughput and reliable connection to memory modules in low-profile form factors, making it an ideal solution for a variety of applications. The MM50-200B2-2RE IMS is designed for use in a wide range of applications, including embedded processor interfaces, telecommunications, audio/visual equipment, automotive, industrial automation, and other consumer electronics. In this article, we will discuss the application field and working principles of the MM50-200B2-2RE IMS.

Application Field

The MM50-200B2-2RE IMS is a highly versatile memory connector system that can be used in a wide range of applications. It is designed for use in high-speed applications, such as cellular and Wi-Fi base station installation, which requires the connector to interface with a variety of memory modules. For example, in a 3G base station installation, the MM50-200B2-2RE IMS is used to connect the host processor to the memory modules. The MM50-200B2-2RE IMS is also commonly used in embedded processors, digital video recorders, high-definition televisions, routers, and a variety of other consumer electronics.

The MM50-200B2-2RE IMS is also suitable for many industrial applications. For example, it can be used in PLCs to interface the processor with memory cards and various input/output devices. It can also be used in industrial automation, transport, and telecommunication applications. Finally, the MM50-200B2-2RE IMS is used in automotive applications, such as in ECUs and dashboards, requiring a reliable connection to memory modules.

Working Principle

The MM50-200B2-2RE IMS utilizes a high-speed and reliable connection between the host processor and the memory modules. It is comprised of an inline female contact socket, a gold-plated housing, and a pin array. The socket is designed to fit directly into the host processor and is used to interface with the memory module. The gold-plated housing of the IMS provides superior shielding, protecting the connection from electromagnetic interference. The pin array is comprised of two rows of pins that form eight contact points. When the memory module is inserted into the socket, the pins of the IMS make contact with the corresponding pins on the module, forming a reliable and low-resistance connection.

The MM50-200B2-2RE IMS is designed to provide superior data throughput speeds. It can support up to 2.4 Gbps data rates, ensuring that signals from both the memory module and the host processor are transmitted and received with a minimal amount of latency. In addition, the low-resistance connection between the IMS and the memory module ensures that signals are not degraded during transmission, enabling reliable and high-speed communication.

Conclusion

The MM50-200B2-2RE Inline Module Socket is a versatile and reliable memory connector for use in a wide range of applications. Its high-speed connection and low-resistance contacts make it an ideal solution for high-performance applications, such as embedded processors, digital video recorders, and automotive applications. With its superior shielding and data throughput speeds, the MM50-200B2-2RE IMS is sure to provide years of reliable performance.

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