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.
The Nano board can be powered via a USB C connection; 6-12 V unregulated external power supply or 5 V regulated external power supply. The Nano automatically detects and switches to the power source with higher potential, no power selection jumper is required.
The Nano board features 14 digital I/O pins, with 6 capable of functioning as PWM outputs. It includes 6 analog inputs, operates with a 16MHz quartz oscillator, has a USB C power connection, an ICSP port, and a reset button.
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 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.
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Arduino Nano V3.0 Board 3PCS with Cable, ATmega328P Chip, CH340G, 5V 16M, USB-C Port
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.
The Nano board can be powered via a USB C connection; 6-12 V unregulated external power supply or 5 V regulated external power supply. The Nano automatically detects and switches to the power source with higher potential, no power selection jumper is required.
The Nano board features 14 digital I/O pins, with 6 capable of functioning as PWM outputs. It includes 6 analog inputs, operates with a 16MHz quartz oscillator, has a USB C power connection, an ICSP port, and a reset button.
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 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.