95548-0043LF

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95548-0043LF is one of the memory connectors in the PC Card Sockets line. It is often used in automotive, medical, industrial high-end applications. Its iconic feature is that it provides a small form factor which is optimal for the limited design area. Furthermore, 95548-0043LF also offers increased shock and vibration resistance, extremely smooth insertion action and compatibility.

The core application field of 95548-0043LF is for memory modules, batteries, and motherboard integrated circuits, such as processor, a USB controller, and a bridge controller. It provides a reliable, high-density connection for a broad range of components.

95548-0043LF is compliant with the PCMCIA (Personal Computer Memory Card International Association)-defined Type II+ standards, as the spring-loaded PCB retention helps improve Robustness in vibration environments. It has a long tail design to make sure the memory card is held securely, and can also help guide and align PCB and connector during card insertion.

The working principle of 95548-0043LF is as follows. First, the contact is made between the two opposed rows of contacts. When a card is inserted, the contact is made via spring pins being pressed against the contact pads of the card. The card is secured at the back of each contact by a large spring loaded plastic latch.

The key benefits of 95548-0043LF includes low insertion force for convenient card insertion. And the high shock and vibration rating, made possible by the enhanced design, offers increased robustness. Furthermore, this PC Card Socket also has highspeed data rate capability - up to 25 MHz, providing reliable data transfer and connectivity in a range of end-use applications.

In conclusion, 95548-0043LF, in the PC Card Socket line, offers advanced performance and ruggedization for memory modules, batteries, and motherboard integrated circuits in a robust, high-density connection. It is compliant with multiple validation standards for its PCMCIA-based connector system. With the additional performance features, it provides increased shock and vibration resistance to meet all the needs in the automotive, medical, and industrial high-end market.

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