This is a Nano V3.0 ATmega328P 5V 16MHz Type-C.

Nano (Arduino Nano Compatible Atmega328p+CH340) is based on the famous Arduino platform and does all the functions of Uno but with a smaller footprint. This development board provides a small plate with the same powerful microcontroller. It is compatible with Arduino and ideal for fast prototyping and easy integration. It’s vital for your small project where you don’t need much of a pin-outs but the small size is very important to make it look good. The board equips a low-cost USB-Serial Chip that makes it less in price than Nano with FTDI USB-Serial Chip used on older versions of Arduino Nano. The Nano is a small, complete, and breadboard-friendly board based on the ATmega328. It lacks only a DC power jack and works with a Type-C cable instead of a standard one.

The board can be powered via the Type-C connection, 6-12V unregulated external power supply (pin 30), or 5V regulated external power supply (pin 27). The power source is automatically selected as the highest voltage source. The size of the board is only 43 mm x 18 mm, it comes with 6 PWM I/O from a total of 14 digitals I/O, 8 analog inputs, 16Mhz clock speed, and 32kB of flash memory. It can be programmed directly from the Arduino IDE, using the Type-C connection.

Note: This board is a 100% compatible clone version with the same design as Arduino Nano But Type-C. It is not the original version which is made in Italy. CH340 chip might not work directly with some PC/Laptop, you will need some CH340 drivers.

KEY FEATURES OF NANO :

• ATmega328 processor running at 16MHz
• CH340 serial to USB converter
• 32KB Flash memory
• 14 Digital I/O
• 6 PWM shared with the digital I/O
• 8 Analog inputs of which 6 can also be used as digital I/O for a total of up to 20 digital I/O
• 1 Hardware serial port
• 5V Operation
• Type-C

The board operates at 5V which can be supplied via the Vin pin or through the USB port connection.  The power source is selected automatically if both are available.  If the Vin input is used, it is recommended to use a supply between 7-12V.  Higher input voltages will cause the on-board regulator to work harder and may cause it to overheat.

Like all Arduino and compatible boards, it can be programmed using the Arduino IDE via the USB port.

TECHNICAL SPECIFICATIONS

Pinout: