CCM04-1316LFT R701

The CCM04-1316LFT R701 PC Card Socket is a memory connector designed for easy installation in many applications. This product utilizes two unique technologies, contactless connections and zero-clearing connections, to enhance its performance. It features long lead time and reliable connection, while still providing data security. This PC Card Socket type is ideal for wireless and cable-attached peripherals, such as digital cameras, scanners, and other types of peripherals.

This PC Card Socket is comprised of two main components, the base and the cover. The base is constructed of a durable plastic and utilizes contactless connections to ensure a secure and reliable connection. The cover features a zero-clearing mechanism, which eliminates the need for resetting the socket after each use. The base also incorporates a simple push-button release mechanism, which allows for easy installation or replacement.

The CCM04-1316LFT R701 is designed for use in many applications. Its contactless connections provide excellent performance in high-density applications, and its zero-clearing mechanism is ideal for high-speed or data-intensive applications. This PC Card Socket is also ideal for applications that require maximum signal integrity.

In terms of its working principle, the zero-clearing mechanism ensures that each card is fully cleared before acceptance in the PC Card Socket. This eliminates the need for manual checking of the card and prevents any damage from improper installation or usage. Additionally, the contactless connections and simple push-button release mechanism enhance the safety and reliability of the connection.

The CCM04-1316LFT R701 PC Card Socket is a highly versatile product ideal for many applications. Its contactless connections and zero-clearing mechanism ensure reliable and secure connections, while its simple push-button release mechanism allows for easy installation or replacement. Overall, this PC Card Socket is a great choice for wireless or cable-attached applications, as well as applications requiring maximum signal integrity.