FTSH-108-02-SM-D-RA

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FTSH-108-02-SM-D-RA is a rectangular connector developed and manufactured by the IXYS Integrated Circuits Division. It belongs to the Headers, Male Pins category, and its components are designed with an integrated male t-connector system. This connector is perfect for high-density applications, as its size is not large, but it still offers excellent connection performance.

The FTSH-108-02-SM-D-RA connector consists of a male and a female element. The male part is designed with two pins that hold the cable firmly while also providing a secure connection to the device. The female part, on the other hand, features two terminals that provide the power supply to the device. The connector also has a frame which helps protect the internal components and wiring.

The FTSH-108-02-SM-D-RA connector’s main application field is in high-density connection applications, where its size and efficient design make it an ideal solution. It can be used for high-frequency, rapid transfer of digital signals, video signals, and for connecting multiple cables to a motherboard. Additionally, this connector can be used for data transmission over distances of up to 305 cm.

The working principle of the FTSH-108-02-SM-D-RA connector is based on current, voltage, power, and energy, with two pins strategically placed to ensure efficient transmission of the signals. When current flows through the pins, it is converted to electrical signals, which are then transported to the device\'s circuitry for further analysis. The signals are then sent back to the device, which then interprets the data.

The FTSH-108-02-SM-D-RA connector is a reliable rectangular connector, perfect for high-density applications. Its components are well-designed and provide a secure connection. Additionally, its main application field is in high-frequency, rapid transfer of digital signals, video signals, and for connecting multiple cables to a motherboard. Finally, its working principle is based on current, voltage, power, and energy, and ensures an efficient transmission of the signals.

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