2-1734073-1

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Inline module sockets are an important component used in the implementation of many technologies. Specifically, an inline module socket is used for an application such as memory connectors that require both a physical and electrical connection between two circuits or components. These sockets allow for interchangeability, flexibility, and ease of integration, providing an efficient solution for many different types and models of memory connectors.

Inline module sockets, also known as Inline Memory Connectors, are integrated circuits designed to provide a reliable electrical connection between two components with a specific level of performance. They provide a physical interface between board-mounted memory modules and a baseboard. Inline module sockets can incorporate many types of connectors and terminal blocks for a variety of memory modules.

Inline memory connectors are mainly used in data communications, computer data storage devices, and networking applications. These connectors are used in a wide range of data storage and communication devices, including RAM modules, Flash memory, and CompactFlash storage devices. Typically, these connectors provide data transfer speeds of between 10 Mbps and 10 Gbps, depending on the size and style of the connector.

Inline module sockets, such as the 2-1734073-1, are made of a special material such as aluminum, copper, or other metals. Their size and design vary depending on the usage and the type of memory module being used. Generally, the size of the socket is much larger than that of regular computer pins, allowing the module to be securely held in place. The connectors also feature higher contact resistance, allowing for minimum signal distortions.

Developed to provide a reliable, secure, durable, and cost-effective solution for data transfer between memory modules, Inline Memory Connectors feature easy installation and maintenance. The connectors are available in multiple configurations including single-sided, dual-sided, and high-speed. In addition, Inline Memory Connectors are marked for easy identification. This helps you quickly identify the socket type when selecting modules.

The working principle of Inline Memory Connectors is based on the principles of electrical contact force. The connector assembly consists of two plates, one of them mounted on the baseboard, and the other on the memory module. The electrical contacts are made when the two plates come together, providing a reliable electrical connection between the two surfaces. To ensure reliable performance, Inline Memory Connectors must be designed to meet certain specifications, including proper mounting, electrical contact resistance, and maximum resistance.

Inline Memory Connectors also provide a high-speed, cost-effective alternative to traditional soldering. This is because they are able to provide better electrical contact between two surfaces, eliminating the need to perform the tedious and error-prone process of soldering. Additionally, Inline Memory Connectors are also highly resistant to corrosion, temperature, and vibration, making them ideal for use in harsh environments.

Inline Memory Connectors are incredibly reliable and efficient solutions used for data transfer in a wide range of data storage and communication devices. The 2-1734073-1 is one of the most widely used types of Inline Module Socket used in the industry. By providing a secure electrical connection between two components, Inline Memory Connectors provide a reliable and cost-effective solution for many different applications.

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