5-1932000-2

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Memory connectors, or inline module sockets, are utilized to mechanically connect computer modules with each other. These connectors allow data to be transmitted between memory devices as well as between memory and other components of a computer system. Primarily used in memory expansion applications, memory connectors enable memory module capacities to exceed the manufacturers\' maximum inventory capacity. They enable memory to be easily added, substituted, or expanded within a computer system.

The 5-1932000-2 is a popular memory connector used in the computer industry. It is designed with two columns and 113 contacts in a 1U (two inch) form factor, and is usually installed directly on printed circuit boards (PCB). It is comprised of gold plated contacts and polyester insulation for superior wear resistance and longer life. It also features a special retention arms which keep the memory module securely in place.

The 5-1932000-2 is widely used in embedded systems, such as those found in industrial devices, real-time control systems, next-generation processors, and mission-critical servers. It is also used in storage systems, networking devices, and multimedia platforms. Additionally, it is commonly used in mobile phone designs, diskless workstations, and personal computers.

The working principle of a memory connector is relatively simple. A module is connected via two rows of pins on the connector. When power is supplied to the connector, the pins make contact with each other, allowing data to be transferred between memory chips and devices. The signal pins provide a read/write cycle while the address pins indicate the location of data in memory and serve as a gateway for moving data in and out of memory. The power pins provide the necessary power for the signal and address pins.

Moreover, the memory connector also looks after signal integrity, as it can pass voltage, current, and signals up to a certain frequency. Additionally, the connector provides electrical and mechanical connection to the memory and also prevents vibration caused by the memory module. Also, it ensures that the attached devices and the system work according to standards.

In conclusion, the 5-1932000-2 memory connector is a highly versatile and reliable connector that finds application in a wide array of industries. It offers excellent resistance towear and tear, and is designed to maximize signal integrity, electrical performance, and mechanical integrity. In short, memory connectors like the 5-1932000-2 ensure that data is transmitted via reliable and high-quality connections across a variety of systems.

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