94898-002LF

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The 94898-002LF is a memory connector designed to connect two storage devices together. It is classified as a PC Card Socket, which is a type of I/O device that is inserted into slots on the side of a computer or device. The most common application for 94898-002LF is in laptop computers, where it is used to expand memory and add storage capacity.

94898-002LF is a double row, 44-position connector and is used for both reading and writing data to another device. It features two contact points; one for data and one for power. The device has a low-profile design, which makes it ideal for use in applications where space is a concern. It is also designed to be durable and reliable for long-term use in a wide range of computer environments.

The working principle of the 94898-002LF is based on the connection between the two contact points. Data is transmitted between the contact points via a series of contacts on the connector, known as the card edge contacts. These contacts are designed to work together to ensure maximum data throughput. Power is supplied directly to the device via the same contacts.

The 94898-002LF is versatile and can be used in a wide variety of applications, including memory expansion for laptops, personal computers, and other devices with limited space. It is also used in portable PDA docking stations, industrial control boards, and other specialized electronic equipment.

In addition to its usability and versatility, the 94898-002LF has several other benefits. It is designed to be reliable and durable, even in high-traffic applications. It also features low insertion and removal forces, which allows it to be easily installed and removed. Furthermore, the device is designed to provide superior electrical performance.

The 94898-002LF is a reliable and durable memory connector. It is designed to be versatile and has several benefits, including low insertion and removal forces, high data throughput, and superior electrical performance. Its most common application is in laptop computers, where it is used to expand memory and add storage capacity.

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