DFRobot Leonardo XBee socket - compatible with Arduino

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Артикул:: 99446826

DFRobot Leonardo XBee socket - compatible with Arduino

Фото #1 товара DFRobot Leonardo XBee socket - compatible with Arduino

Фото #2 товара DFRobot Leonardo XBee socket - compatible with Arduino

Фото #3 товара DFRobot Leonardo XBee socket - compatible with Arduino

Фото #4 товара DFRobot Leonardo XBee socket - compatible with Arduino

11 217 AMD

Бренд DFRobot
Доставка из Польши
Курьер DHL 30 мая
Стоимость доставки заказа в Армению от 141 694 AMD

Сроки доставки указаны ориентировочно и зависят от региона доставки. Подробнее на этой странице

Характеристики

UC - I2C: yes
UC - A/C: 10-bit
UC - UART: yes
UC - ядро: 8-bit AVR, 1. Single Core
UC - EEPROM: 1 kB
UC - частота: 16 MHz
UC - Вспышка: 32 kB
Напряжение до: 7.0 V
Интерфейс UC - SPI: yes
Выходное напряжение от: 5.0 V
Выходное напряжение до: 5.0 V

Общие характеристики

UC - USB: microUSB
UC - PWM: 7
Напряжение от: 12.0 V
UC - аналог в: 12
UC - Микроконтроллер: Atmega32U4
UC - Цифровые контакты: 20
UC - оперативная память: 2,5 kB

Прочие свойства

Бренд: DFRobot

Энергопитание

Номинальное выходное напряжение: 5.0 V

Описание

Description

DFRduino is fully compatible with popular module of Arduino Leonardo. This means that it can be programmed throughthe Arduino IDEusing available libraries. The so-calledArduino Shields will also work with the DFRobot module.

The board contains an ATmega32u4 microcontroller, equipped with 20 digital inputs/outputs, 7 of which can be used as PWM outputs (e.g. for motor control) and 12 as analog inputs. The system works with the clock signal with the frequency of 16 MHz. The module also has a microUSB connector, DC power socket, RESET button and leads that serve to connect the AVR programmer.

An additional advantage is the connector forXBee wireless communicationthat allows to directly attach the module to the board.

DFRobot company introduced colored connectors that facilitate the identification of the leads:

red- power pins,
blue - analog pins
green- digital pins.

In order to start DFRduino, it is necessary to connect the system to computer using microUSB cable and choose inthe Arduino IDE, the Arduino Leonardo board.

Power

The module can be powered viamicroUSB cableand an external device, for example, the AC adapter, the battery or the rechargeable battery. Switching power sources is automatic. The power supply is connected to a standard DC connector. Rechargeable battery or other source should be connected to the pins of the POWER connector.

Programming

Creating and installing the software is allowed by the free environment of the Arduino IDE. Implemented bootloader allows you to send the program directly viaUSB cable. ISCP connector enables connection of an externalAVR programmer. A detailed description can be found in thedocumentationandtutorial.

Specification