Dreamer Nano V4.1 (Arduino Leonardo Compatible)

The Dreamer Nano V4.1 is a super - handy surface - mount breadboard embedded version of the ATMEGA 32U4 with an integrated Micro USB. Electrically, it has all the features of Arduino Leonardo. To save space, it doesn't have a power jack. Using the ATmega32U4 as the sole microcontroller makes it cost - effective and easy to use. Since the 32U4 directly handles USB, you can use code libraries to make the board act like a computer keyboard, mouse, and more via the USB - HID protocol! It's compatible with most Nano shields on the market and is ideal for projects that need a compact controller system. Note that the pins for I2C/TWI are at Digital Pins D2(SDA) and D3(SCL). **SPECIFICATIONS** - Microcontroller: ATmega32u4 - Operating Voltage: 5V - Input Voltage (recommended): 6.5 - 12v (VIN) / 5v (Micro USB) - Input Voltage (limits): 6.5 - 12V - Digital I/O Pins: 21 - PWM Channels: 7 - Analog Input Channels: 6 - DC Current per I/O Pin: 40 mA - DC Current for 3.3V Pin: 50 mA - Flash Memory: 32 KB (ATmega32u4) with 4 KB used by bootloader - SRAM: 2.5 KB (ATmega32u4) - EEPROM: 1 KB (ATmega32u4) - Clock Speed: 16 MHz - Compatible with most Nano shields - Size: 45x20x20mm (1.77x0.79x0.79') **DOCUMENTS** - Dreamer Nano 4.1 Wiki - Dreamer Nano 4.1 schematic - Dreamer Nano V4 Layout and Dimension - Arduino Leonardo versus Uno - What's new - Arduino Leonardo product page - Arduino IDE - Atmega32u4 datasheet - Old Version Schematic V4.0 **SHIPPING LIST** - Dreamer Nano V4.1 x1

Using the Dreamer Nano V4.1 is quite straightforward. First, connect it to your computer via the Micro USB. You can then use the Arduino IDE to upload your code. Since it's compatible with most Nano shields, you can easily add extra functionality to your projects. When it comes to power, you can use either the VIN input (6.5 - 12V) or the Micro USB (5V). Just make sure the voltage is within the recommended range. As for the I2C/TWI pins, remember they are at Digital Pins D2(SDA) and D3(SCL). When handling the board, avoid touching the components directly with your hands as static electricity might damage them. Keep it in a dry and clean place. If you're not using it for a long time, store it in an anti - static bag. And always refer to the provided documents like the schematic and datasheet if you run into any problems.