92194-320GALF

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PC Card Sockets are memory connectors used to facilitate connection between expansion cards and host devices. They are a specific type of computer enclosure specifically designed for memory expansion cards and other peripheral cards. The 92194-320GALF PC Card Socket is a type of PC Card socket designed for the 3.3 V CompactFlash Type I, II, CF+ standards. It is ideal for applications that require a reliable, compact connection to a host device for applications that require high data transfer rates and an extended operational temperature range.

The 92194-320GALF comprises a 68-pin zif socket, two IDC/FFC twisted pairs, four power pads, and a CF card. The socket is made of high-grade, durable plastic that allows for smooth operation and provides excellent EMI/RFI protection. It is designed to ensure maximum current when connecting to the host device, and can withstand constant and heavy usage. The socket also features a "push-to-release" mechanism, which allows for easy removal of the card from the socket with minimal effort.

The 92194-320GALF consists of a single integrated assembly, a design that ensures enhanced electrical performance. This assembly is designed to be highly reliable and can handle up to 12.5 Gbps data rate. It is resistant to temperature variations, and the design of the socket ensures that there is no risk of data corruption due to EMI/RFI interference. Also, the socket is designed with two hidden ground clips, which keeps the card firmly in place, and ensures a secure connection. In addition, the socket is designed to have a low profile, making it suitable for a variety of applications and applications requiring a low-profile installation.

The 92194-320GALF PC Card Socket is ideal for a variety of applications, including mobile devices, laptops, embedded systems, communications systems, industrial robots, and many more. It provides a reliable connection to a host device, and provides excellent EMI/RFI protection and integrity. It is also suitable for applications that require high data transfer rates and extended operational temperature ranges, making it ideal for applications that require high data transfer rates and extended operational temperature ranges. Additionally, the socket features a "push-to-release" mechanism, making it easy to remove the card from the socket with minimal effort. This makes it suitable for applications that require a quick and easy way to remove the card from the socket without compromising the data that is stored in the card.

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