Arduino
Arduino Nano Every 3 Boards Pack development board
A pack of three compact microcontroller boards based on the ATmega4809 running at 20 MHz with 48 KB flash and 6 KB SRAM
- Compact 48 mm × 18 mm board fits tight enclosures
- ATmega4809 at 20 MHz with 48 KB flash for responsive code
- Pin-compatible dual 15-pin headers drop into existing Nano designs
- Efficient DC-DC handles up to 21 V input and 950 mA output
- Three boards in one pack accelerate multi-node prototypes
Compact microcontroller pack
The Arduino Nano Every 3 Boards Pack supplies three identical development boards based on the ATMega4809 AVR processor. Each board measures 48 mm by 18 mm and runs at 20 MHz with 48 KB flash, 6 KB SRAM and 256 byte EEPROM. The pack targets makers, students and engineers who need multiple units for prototyping or small-scale deployment.
Suited for embedded prototypes
The pin-to-pin compatibility with the classic Nano layout lets existing shield designs and breadboard wiring transfer directly. Projects that demand more I/O pins, built-in wireless connectivity, larger memory spaces or a different voltage domain will need a different platform.
21 V input tolerance
The on-board DC-DC converter accepts up to 21 V while delivering up to 950 mA to external peripherals without overheating. This wide supply range is the key specification that determines whether the board fits a given power architecture.
Βασικά χαρακτηριστικά
- Compact 48 mm × 18 mm board fits tight enclosures
- ATmega4809 at 20 MHz with 48 KB flash for responsive code
- Pin-compatible dual 15-pin headers drop into existing Nano designs
- Efficient DC-DC handles up to 21 V input and 950 mA output
- Three boards in one pack accelerate multi-node prototypes
Προδιαγραφές
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Ερωτήσεις για αυτό το προϊόν
Do I need a USB cable with a specific connector to program each Nano Every board?
Each board uses a standard USB connection for power and programming; any cable that fits the onboard USB port will work.
Will the two 15-pin headers on the Nano Every match the pinout of my original Nano shields?
The headers are pin-to-pin compatible with the original Arduino Nano, so existing shields align directly.
How can I confirm the ATmega4809 is running at 20 MHz after I upload a sketch?
Upload a sketch that toggles an LED at a known rate; if the timing matches the code, the 20 MHz clock is active.
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