The Nano board has 14 digital I/O pins (6 of which can be used as PWM outputs), 6 analogue inputs, a 16MHz quartz oscillator, a USB C power socket, an ICSP port and a reset button.
The Nano board has numerous possibilities for communication with a PC or other microcontrollers and is fully compatible with the operating systems Windows, Mac and Linux. This board is particularly breadboard friendly and the connections are very easy to handle.
The Nano is using the chips ATmega328P and CH340, not FT232 as official Arduino. It works just like the original Nano board and is very cost-effective for beginners.
Uses atmega328p-AU as MCU, support ISP download; Support USB download and power supply. Compatible with Arduino Nano, fully compatible with Windows, Mac and Linux operating systems.
The Nano board can be energized using a USB C connection, an unregulated external power supply ranging from 6 to 12 V, or a regulated external power supply of 5 V. The board intuitively recognizes and toggles to the power source that offers the highest voltage, eliminating the need for a power selection jumper.
The Nano board has 14 digital I/O pins (6 of which can be used as PWM outputs), 6 analogue inputs, a 16MHz quartz oscillator, a USB C power socket, an ICSP port and a reset button.
The Nano board has numerous possibilities for communication with a PC or other microcontrollers and is fully compatible with the operating systems Windows, Mac and Linux. This board is particularly breadboard friendly and the connections are very easy to handle.
The Nano is using the chips ATmega328P and CH340, not FT232 as official Arduino. It works just like the original Nano board and is very cost-effective for beginners.
Uses atmega328p-AU as MCU, support ISP download; Support USB download and power supply. Compatible with Arduino Nano, fully compatible with Windows, Mac and Linux operating systems.
The Nano board can be energized using a USB C connection, an unregulated external power supply ranging from 6 to 12 V, or a regulated external power supply of 5 V. The board intuitively recognizes and toggles to the power source that offers the highest voltage, eliminating the need for a power selection jumper.