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Arduino nano Cable
The Arduino Nano Cable is an essential accessory used to connect the Arduino Nano board to other devices or peripherals. It facilitates the communication between the board and a computer or other electronic components. The cable consists of a USB Type-A connector on one end and a USB Mini-B connector on the other end. The Type-A end is plugged into the computer or power source, while the USB Mini-B end is connected to the Arduino Nano board.

      Arduino nano Cable

      SKU: 179
      ₹50.00 Regular Price
      ₹30.00Sale Price

      • Specification

        • Connectors: USB Type-A Male (Host) to USB Mini-B Male (Device)
        • Cable Length: Typically around 1 meter (3.3 feet)
        • Compatibility: Works with Arduino Nano board and other devices that support USB Mini-B connection
        • Data Transfer Speed: USB 2.0 (480 Mbps)
        • Material: Durable and flexible cable jacket for long-lasting use.

        Usage

        • Make sure that your Arduino Nano board and computer are powered off before starting the connection process.
        • Take the Arduino Nano cable and locate the USB Type-A connector. This connector is usually rectangular and larger than the USB Mini-B connector.
        • Plug the Type-A connector into an available USB port on your computer or a USB power source.
        • Take the other end of the cable with the USB Mini-B connector, which is smaller and rectangular in shape.
        • Locate the USB Mini-B port on the Arduino Nano board. It is usually located on the edge of the board, marked as "USB" or "USB Mini-B."
        • Align the USB Mini-B connector with the USB Mini-B port on the Arduino Nano board and gently insert it. Ensure that the connector is inserted fully and securely.
        • Once the cable is connected to both the computer and Arduino Nano, you can power on the Arduino Nano board by plugging it into a power source or directly through the USB connection.
        • At this point, your Arduino Nano is successfully connected to your computer. You can now proceed with programming and interacting with the board through the Arduino IDE or other compatible software
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