1775802-8

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Memory Connectors - Inline Module Sockets are a type of electrical connector designed for connecting various types of memory chips to microprocessors, motherboards, memory cards and other electronic devices. They facilitate data transmission between the relevant devices, usually through the use of electrical signals. The 1775802-8 inline module socket is a connector specifically designed for use with multiple-pin memory modules.

The 1775802-8 module socket features a molded body construction with six solder pins and two mounting boards. The two mounting boards fit into the two empty channels located on the connector. Each mounting board contains a number of pins which mate into the module. This ensures that the module is securely mounted to the connection point and that all the contacts have been correctly connected.

The 1775802-8 module socket is used to provide connection points for single and multiple pin memory modules. It is designed to meet the needs of industrial level applications where speed and accuracy are essential. The socket is capable of transferring data at speeds of up to 2.4 MB/sec in environments with extreme temperatures and is 90/10OZ lead free. It is also highly insensitive to moisture and is rated to operate in an ambient temperature range of -55 to +125°C.

The working principle of the 1775802-8 module socket revolves around the transfer of electrical signals between the module and the memory device. The pins on the connector provide the electrical connection between the device and the module. The electrical signal travels from the device to the module via the solder pins on the connector. The electrical signals are then received by the module, processed and returned in the form of a response. The response is then interpreted by the device, and the data is transferred accordingly.

The 1775802-8 module socket is a simple and reliable way to connect memory modules to microprocessors, motherboards and memory cards. Its high speed data transfer capabilities make it ideal for use in industrial applications. While the working principle may seem simple, it is a great example of how a simple physical device can create a sophisticated and reliable way to transmit data.

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