SF7W006S1AE1000

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Memory Connectors - PC Card Sockets play a crucial role in carrying out basic memory functions. The SF7W006S1AE1000 is an important component of the Memory Connectors - PC Card Sockets family. It is widely used in smartphones, notebooks, tablets and embedded systems, and provides reliable connection and fast data transmission for these devices to allow for faster data processing.

The SF7W006S1AE1000 has a symmetrical and streamlined design to ensure superior data transfer rates. It has male connectors on the card side and on the device side for a secure connection and easy cable enclosure. It also has a USB2.0 type-C interface that allows for faster data transmission compared to other card systems. The average contact resistance of this connector is 0.7 ohms.

The SF7W006S1AE1000 is a multiple power source compatible card system that allows for battery-powered applications and other types of energy sources. It supports hot plugging and can work as a stand-alone product, further increasing its versatility. Furthermore, the removable parts of the SF7W006S1AE1000 can easily be replaced if necessary, making the repair process much more cost-effective.

As for its working principle, the SF7W006S1AE1000 consists of two contact strips which are placed on the card side and the device side respectively. The card side contact is connected to the contact pins of the device side through the USB type-C interface. When a card is inserted, the contact of the card side is connected to the contact pins of the device side, thus enabling the data transmission process. Once the installation is complete, the battery-powered appliaction or other source of power is connected and the data transmission process begins.

In conclusion, the SF7W006S1AE1000 from Memory Connectors - PC Card Sockets family provides an efficient and reliable connection for various power sources and devices. It is relatively easy to install, maintain and repair, making it ideal for use in smartphones, notebooks, tablets and embedded systems. Its symmetrical design and USB2.0 type-C interface make it highly compatible and efficient, while its low contact resistance ensures fast data transfer rates.

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