Arduino Nano 33 BLE with headers - module ABX00034

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Характеристики

UC - I2C
yes
UC - USB
microUSB
UC - UART
yes
UC - ядро
1. Single Core, Cortex M4
UC - Вспышка
1 MB
UC - частота
64 MHz
UC - аналог в
8
Интерфейс UC - SPI
yes
UC - Микроконтроллер
nRF52840
Выходное напряжение до
3.3 V
UC - Цифровые контакты
14
UC - оперативная память
256 kB

Общие характеристики

UC - Разъем
5V microUSB
Напряжение от
3.3 V

Прочие свойства

EAN
7630049201569
Бренд
Arduino

Энергопитание

Номинальное напряжение
3.3 V

Описание

Description: Arduino Nano 33 BLE - with connectors

The Arduino models in the Nano series are designed to extend the capabilities of small tiles to make their use possible in any project. Arduino Nano 33 BLE is equipped with an energy-saving and efficientnRF52480 microcontrollercapable of operating at64 MHz. There is space for 1 MB of flash memory and 256 kB of RAM on board. The Nano 33 BLE is themost energy-efficientrepresentative of the Nano family despite its dimensions. The board supportsBluetooth 5.0 Low Energycommunication standard.

Offered board has soldered-in leads. In our offer we also have a version without connectors.

Arduino Nano 33 BLE.

Arduino Nano 33 BLE capabilities

Arduino Nano 33 BLE is equipped withUmodule- block NINA B306managingBluetoothcommunicationin 5.0 LE standard.On board the Nano there is a 9-axis Inertial Measurement Unit (IMU)LSM9DS1communicating via I2C bus, which consists of a 3-axis gyroscope, accelerometer and magnetometer.

Attention!

Arduino Nano 33 BLE can work with 3.3V only by default. Do not supply it directly with 5 V.

Arduino Nano 33 BLEsupports only 3.3 Vby default. There is a jumper in place of 5V pin in standard Nano board (between RST and A7 pins) which can be shorted to USB power supply.To supply 5 V power to the devices, solder the jumper and power Nano via USB. If the jumper is soldered and no voltage is obtained from the V in pin. This is a 33 BLE protection for the Arduino Nano. The board allows debugging programs, which is done with 6 pads on the bottom of the board underneath the communication circuit.

The Arduino Nano 33 BLE. Visible jumper for 5V power supply via USB.

Pin Designation Type Description 1 D13 Digital GPIO 2 + 3V3 Power output Power supply for external devices 3 AREF Analogue Reference pin, can be used as GPIO 4 A0 / DAC0 Analogue ADC input / DAC output, canbe used as GPIO 5

A1

Analogue ADC input,canbe used as GPIO 6 A2 Analogue ADC input,canbe used as GPIO 7 A3 Analogue ADC input,canbe used as GPIO 8 A4 / SDA Analogue ADC input, I2C SDA,can beused as GPIO* 9 A5 / SCL Analogue The ADC, I2C SCLinput can beused as GPIO*. 10 A6 Analogue ADC input,canbe used as GPIO 11 A7 Analogue ADC input,canbe used as GPIO 12 V USB I / Wy power supply Normally not connected. Can be shorted to USB power 13 RST Digital input Active reset 14 GND Power supply Mass 15 VIN Power supply Power supply 16 TX Digital USART TX,canbe used like GPIO 17 RX Digital USART RX,canbe used like GPIO 18 RST Digital Active reset 19 GND Power supply Mass 20 D2 Digital GPIO 21 D3 / PWM Digital GPIO,canbe used like GPIO 22 D4 Digital GPIO 23 D5 / PWM Digital GPIO,canbe used like GPIO 24 D6 / PWM Digital GPIO,canbe used like GPIO 25 D7 Digital GPIO 26 D8 Digital GPIO 27 D9 / PWM Digital GPIO,canbe used like GPIO 28 D10 / PWM Digital GPIO,canbe used like GPIO 29 D11 MOSI Digital SPI MOSI,canbe used like GPIO 30 D12 / MISO Digital SPI MISO,canbe used like GPIO

(*) Unlike the standard Arduino Nano, the A4 and A5 pins have a default pull-up, the so-called pull-up and are used as I2C bus, so it is not recommended to use them as analogue inputs.

Arduino Nano board specification 33 BLE
  • Supply voltage: 3.3 V
  • Microcontroller:nRF 52840
    • Clock: 64 MHz
    • Flash memory: 1 MB
    • RAM 256 kB
  • Digital pins: 14
  • PWM pins: 6
  • Analogue pins: 8
  • MicroUSB socket
  • Interfaces: GPIO, SPI, I2C, USART, PWM
  • Transducers: ADC, DAC
  • Dimensions: 45 x 18 mm
Useful links
  • Manufacturer's website
  • Arduino Forum
  • Installation and first start-up
  • Arduino IDE software
  • Documentation nRF 52840
  • Documentation NINA B306
  • LSM9DS1 documentation