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Arduino Due ARM Cortex - module A000062*

The popular run set based on the Atmel AT91SAM3X8E. Thanks to the Arduino Due, the user can create layouts using a system with a 32-bit core ARM Cortex, based on libraries for Arduino.

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ARD-01214

7630049200487

Arduino

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Price 177,00 zł

Product description: Arduino Due ARM Cortex - module A000062

Thanks to the Arduino Due, the user can create layouts using microcontroller with 32-bit Cortex M3 ARM, based on Arduino libraries. The plate contains the Atmel AT91SAM3X8E system equipped with 54 digital inputs/outputs, 12 of which can be used as PWM outputs and 12 as analog inputs of converter A/C. The system works with the signal ticking with the frequency of 84 MHz. There are also interfaces: UART, SPI, TWI (I2C), USB, JTAG and digital-analog converter.

 

 

The subject of the sale is the original product for Arduino, Botland is the official distributor of this company.

 

On the board is a place for connector of two microusb (one for settings, the second to the disposition of the user), DC power socket, RESET button and JTAG connector. To get started with the Arduino module, just the USB cable and software from manufacturer's website are necessary.

Arduino Due specification

  • Supply voltage from 7 V to 12 V
  • Microcontroller: AT91 core SAM3X8E 32-bit
    • Maximum clock frequency: 84 MHz
    • SRAM: 96 KB
    • Flash memory: 512 KB
    • Pins I/O: 54
  • PWM channels: 12
  • Number of analog inputs: 12 (channels of converter A/C)
  • C/A converter (digital-analog)
  • The DMA controller
  • Serial interfaces: UART, SPI, I2C, CAN, USB
  • JTAG debugger

 

Attention!

Unlike other modules, Arduino Due works with a voltage of 3.3 V. the Maximum voltage tolerated by I/O, is also 3.3 V. to Specifying a higher value, for example, 5 Volts, may permanently damage the chip.

 

 

        Arduino Due ARM - moduł arduino platforma cortex m3

The Arduino Due has it's own section on the forum, in which are numerous examples of using and tips for users.

 

Power supply of Arduino Due module

The module can be powered via the USB cable and the external device, for example, the AC power supply, the battery or the accumulator. Switching power sources is automatic. The power supply is connected to a standard DC socket. Battery or other source has to be connected to the pins of the POWER connector.

 

Programming the Arduino Due

Creatinf and uploading software, allows free environment supplied by the manufacturer. Implemented bootloader allows you to send the program directly via USB cable. A detailed description can be found in the tutorial. Arduino Due, except from USB connector for programming, also has a connector that the user can use at their own discretion.

 

Arduino Due ARM - schemat, układ

 

 

 

  • Voltage to 7.0 V
  • Voltage from 12.0 V
  • Voltage output from 5.0 V
  • Output voltage to 5.0 V
  • Nominal output voltage 5.0 V
  • UC - Microkontroler AT91SAM3X8E
  • UC - Core 32-bit ARM Cortex M0
  • UC - Flash: 512 kB
  • UC - RAM 96 kB
  • UC - core 1. Single Core
  • UC - Digital pins: 54
  • UC - analog in 12
  • UC - freq: 84 MHz
  • UC - C/A 1
  • UC - PWM: 12
  • UC - USB: microUSB
  • UC - I2C yes
  • UC - UART yes

 

Comparison of Arduino

 

Model

Micro

kontroler

Pins

Flash

RAM

EEPROM

Power

Interfaces

Popular
clones

Uno

ATmega

328

16 MHz

14 I/O

6 PWM

6 analog

32 kB

2 kB

1 kB

DC: 7-12V

USB: 5V

UART

I2C

SPI

Genuino Uno

DFRduino

Bluno Ble

RedBoard

Metro328

UnoPlus

Uno - WiFi

ATmega

328

16 MHz

ESP8266

14 I/O

6 PWM

6 analog

32 kB

2 kB

1 kB

DC: 7-12V

USB: 5V

UART

I2C

SPI

WiFi

 

Leonardo

ATmega

32u4

16 MHz

20 I/O

7 PWM

12 analog

32 kB

2,5 kB

1 kB

DC: 7-12V

USB: 5V

UART

I2C

SPI

USB

DFrobot

Leonardo

Ethernet

ATmega

32u4

16 MHz

20 I/O
7 PWM

12 analog

32 kB
2,5 kB
1 kB
DC: 7-12V
USB: 5V

UART
I2C
SPI
USB

Ethernet

 

Leonardo

Ethernet+PoE

ATmega

32u4

16 MHz

20 I/O
7 PWM

12 analog

32 kB
2,5 kB
1 kB

DC: 7-12V
USB: 5V

PoE: 36-57V

UART
I2C
SPI
USB

Ethernet

 

M0

ARM Cortex

ATSAMD

21G18

Cortex M0

48 MHz

14 I/O

12 PWM

6 analog

256 kB

32 kB

16 kB

DC: 5V
USB: 5V

UART

I2C

SPI

DAC

 

M0 Pro

ARM Cortex

ATSAMD

21G18

Cortex M0

48 MHz

14 I/O

12 PWM

6 analog

256 kB

32 kB

16 kB

DC: 5V
USB: 5V

UART

I2C

SPI

DAC

Debug

Genuino Zero

 Genuino101

Intel Curie

Intel Curie

Quark

ARC x86

14 I/O

4 PWM

6 analog

196 kB

24 kB

-

DC: 7-12V
USB: 5V

UART

I2C

SPI

 

Tian - WiFi

SAMD21G18

32-bit

Cortex-M0+

20 I/O
12 PWM

6 analog

256 kB
32 kB
DC: 5V
USB: 5V

UART

I2C

SPI

WiFi

Ethernet

Bluetooth

 

Yun - WiFi

ATmega

32u4

16 MHz

20 I/O
7 PWM

12 analog

32 kB
2,5 kB
1 kB
DC: 5V
USB: 5V

UART

I2C

SPI

WiFi

Ethernet

 

Yún - WiFi

PoE

ATmega

32u4

16 MHz

20 I/O
7 PWM

12 analog

32 kB
2,5 kB
1 kB

DC: 5V
USB: 5V

PoE: 36-57V

UART

I2C

SPI

WiFi
 

Yún - WiFi

Mini

ATmega

32u4

16 MHz

20 I/O
7 PWM

12 analog

32 kB
2,5 kB
1 kB

DC: 5V
USB: 5V

UART

I2C

SPI

WiFi
 
Mega 2560

ATmega

2560

16 MHz

54 I/O
15 PWM

16 analog

256 kB
8 kB
4 kB

DC: 7-12V
USB: 5V

UART

I2C

SPI

Genuino Mega

DFrobot Mega

Bluno Mega

Mega ADK

ATmega

2560

16 MHz

54 I/O
15 PWM

16 analog

256 kB
8 kB
4 kB
DC: 7-12V
USB: 5V
UART

I2C

SPI

 

Due

ARM Cortex

AT91SAM

3X8E

84 MHz

54 I/O
12 PWM

12 analog

512 kB

96 kB

-

DC: 7-12V
USB: 5V
UART

I2C

SPI

USB

CAN
DMA

 

Micro

ATmega

32u4

16 MHz

20 I/O
7 PWM

12 analog

32 kB
2,5 kB
1 kB
DC: 7-12V
USB: 5V
UART

I2C

SPI

Dreamer

Pro Micro 5V

Pro Micro 3,3V

A-Star 32u4

Pro 328

5V/16MHz

ATmega

328

16 MHz

14 I/O

6 PWM

6 analog

32 kB
2 kB
1 kB
DC: 7-12V
USB: 5V
UART

I2C

SPI

 

Pro 328

3,3V/8MHz

ATmega

328

8 MHz

14 I/O

6 PWM

6 analog

32 kB
2 kB
1 kB
DC: 3,4-12V
USB: 5V
UART

I2C

SPI

 

Pro Mini 328

5V/16MHz

ATmega

328

16 MHz

14 I/O

6 PWM

6 analog

32 kB
2 kB
1 kB
DC: 7-12V
USB: 5V
UART

I2C

SPI

Metro Mini

Bluno Nano

DFrduino Nano

Pro Mini 328

3,3V/8MHz

ATmega

328

8 MHz

14 I/O

6 PWM

6 analog

32 kB
2 kB
1 kB
DC: 3,4-12V
USB: 5V
UART

I2C

SPI

 

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Delivery
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1-2 days

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