71299-120CALF

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PC Card Sockets, also known as Memory Connectors, are physical interfaces used to connect PC Card devices to other computing systems. The 71299-120CALF PC Card Socket is designed to meet the requirements of the PCMCIA PC Card Standard.

This type of socket is designed for low-profile and easy integration into a variety of mobile and handheld computing systems. It is built with a single-piece design that requires no additional components for installation and has a low insertion force of only five pounds. Its construction is resistant to shock and vibration.

Designed for use in small form factor applications, this socket provides electrical contact for 5V, 3.3V, and 12V operations. It also features a resilient copper alloy contact with a gold plating for a reliable electrical fitment. The 71299-120CALF is compliant with the JEIDA/EIAJ Type 2 specification for PCMCIA card slots.

For use with 3.3 volt PC Card devices, the 71299-120CALF PC Card Socket also provides electrical contact for 5V, 7.5V and 12V operations. It features a resilient copper alloy contact with a gold plating for a reliable electrical connection. The design includes a 16-pin socket design that ensures compatibility with various PC Card formats.

The 71299-120CALF PC Card Socket features an enhanced dual protection system which prevents short circuits in the contact region. This protection system helps protect the PC card, socket and the application host from damage even in harsh environment conditions. It also meets EMC standards and is compliant to the Type 2 PCMCIA Card Slot specification and the JEIDA/EIAJ standards.

In applications where performance, longevity, and compatibility are crucial, the 71299-120CALF PC Card Socket is the ideal choice. It features comprehensive EMI shielding and an enhanced dual protection system for better performance and longer service life. The resilient contacts, gold plating, and single-piece assembly make this socket an ideal choice for embedded applications in handheld and mobile computing systems.

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