This Girl Board is no longer in production. We suggest our other top-selling Arduino boards as great alternatives. Have you ever thought about adding an Arduino controller to your clothes? This girl board is a perfect pick for clothing projects, integrating seamlessly. Standard Arduinos like Leonardo are a hassle to use in wearables because of their size and wires. To make it easy for everyone to use Arduinos on clothes, DFRobot joined hands with KITIZE, a freelance design studio, to create this girl board. It's not only powerful but also has an adorable look. This Leonardo version comes with an ATmega32u4 chip. You can use the mini USB for direct uploading. The board has nine IO pins and three analog pins, letting it connect with many sensors, LEDs, and electromechanical modules. The large golden solder plates make it easy to connect with conductive lines and ensure good contact. It's a lovely controller for a little queen's dress! 'KITIZE' is a freelance brand from Beijing makerspace, spreading the idea of'sharing and open source'. DFRobot and KITIZE will launch more cool products. Stay tuned! SPECIFICATIONS: Microcontroller: ATmega32u4; Operating Voltage: 5V (Micro USB); Digital I/O Pins: 9 (D0/TX, D1/RX, D2/SDA, D3/SCL, D9, D10, A1, A3, A5); PWM Channels: 2 (D9, D10); DC Current per I/O Pin: 40 mA; DC Current for 3.3V Pin: 50 mA; Flash Memory: 32 KB (ATmega32u4) with 4 KB for bootloader; SRAM: 2.5 KB (ATmega32u4); EEPROM: 1 KB (ATmega32u4); Clock Speed: 16 MHz. DOCUMENTS: schematic, Layout.
Using this girl board is quite easy. First, connect it to your computer via the mini USB for uploading. You can then connect various sensors, LEDs, and electromechanical modules to the nine IO pins and three analog pins. When making connections, use the large golden solder plates for easy attachment to conductive lines. As for maintenance, keep it in a dry and clean place. Avoid exposing it to extreme temperatures or moisture. Be careful when handling the board to prevent any physical damage. And remember, this board is no longer in production, so if you have any issues, consider our recommended alternative Arduino boards.
