Feather M0 + radio module 433 MHz RFM96 LoRa - compatible with Arduino - Adafruit 3179

Index: ADA-06567 EAN: 5904422354435

A small module with a 32-bit microcontroller ARM Cortex M0 ATSAMD21G18 known from Arduino Zero and the radio module RFM96 433 MHz of long range (LoRa). Feather is designed for portable projects. On board is a connector microUSB, through which the system can be programmed in the Arduino IDE. There is also place for other elements, such as buttons or sensors.

Feather M0 + radio module 433 MHz RFM96 LoRa - compatible with Arduino - Adafruit 3179
€48.00
€39.02 tax excl.
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Manufacturer: Adafruit

Description

A small module from Feather family with a 32-bit microcontroller ARM Cortex M0 ATSAMD21G18 known from Arduino Zero and the radio module RFM96 433 MHz of long range (LoRa). Feather is designed for portable projects. On board is a connector microUSB, through which the system can be programmed in the Arduino IDE. There is also place for other elements, such as buttons or sensors.

Key features

  • Built-in microcontroller with Cortex M0, supports UART, SPI, I2C and PWM
  • The device has a built-in module RFM96 LoRa Radio (433 MHz) for the transmission of data on the distance

  • System is characterized by the compact dimensions, the board has only: 50,8 x 23 x 7,2 mm, its weight is app. 6 g.
  • On board is a built-insystem of charging the cells Li-Pol with maximum output current up to 100 mA.
  • 20GPIO pins allow to connect any device to pin 13, as in the Arduino connected connected was led.

 

Adafruit Feather M0 + moduł radiowy RFM95 LoRa

Check out how to start playing with the Adafruit Feather!

Mobile projects

Controller Feather is designed for mobile projects. Thanks to the integrated connector, possible is powering it from the battery Lipol 3.7 V. The battery voltage was output through an analog pin, so you can constantly monitor the LiPol's level of charging. Available is also powering from the microUSB port.

Adafruit Feather M0 WiFi 32-bit, arduino, moduł,kontroler,

Programming (Arduino IDE)

The module can be programmed using the Arduino IDE environment. For this, you will need to configure the software in the way described by the manufacturer, and connect the board using the microUSB cable. The settings of the Arduino IDE are available on the website of the manufacturer.

Specification

  • Supply voltage: lipol 3.7 V or slot for USB 5 V
  • Microcontroller ATSAMD21G18 ARM Cortex M0 3.3 V:
    • Flash memory: 256 KB
    • SRAM: 32 KB
    • Clock frequency: internal oscillator 48 MHz
  • Integrated module LoRa RFM9X:
    • Working frequency: 433MHz
    • Sensitivity: up to -148 dBm
  • Installed the Arduino bootloader
  • Works with a modified version of the Arduino IDE
  • ConnectormicroUSBfor programming, in our offer, you will findthe appropriate wire
  • Installed voltage regulator 3.3 V with an output current up to 500 mA
  • Power supply from USB port or with a lipo battery 3.7 V
  • 20 GPIO pins
  • 8 PWM pins
  • 10 analog inputs (one for the battery voltage measurement)
  • 1 x analog output
  • Built-in charging module LiPol 100 mA with a LED indicating the status
  • Led for pin 13
  • The reset button
  • This kit includes the goldpin connectors for self-soldering
  • Dimensions: 50,8 x 23 x 7,2 mm
  • Weight: approx. 6 g

 

Voltage to 5.0 V
Voltage from 5.0 V
Voltage output from 3.3 V
Output voltage to 3.3 V
Nominal output voltage 3.3 V
Frequency from 433 MHz
Frequency to 433 MHz
UC - Microcontroller ATSAMD21G18
UC - Core 32-bit ARM Cortex M0
UC - Flash 256 kB
UC - RAM 32 kB
UC - core 1. Single Core
UC - Digital pins 20
UC - analog in 10
UC - freq 48 MHz
UC - C/A 1
UC - PWM 8
UC - USB microUSB
UC - I2C yes
UC - UART yes
UC - SPI interface yes
Package width 7 cm
Package height 0.7 cm
Package depth 6.5 cm
Package weight 0.01 kg

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