micro:bit Breakout Board Hookup Guide

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Contributors: Shawn Hymel, Ell C

Resources and Going Further

With the micro:bit breakout board, you can start introducing more sensors, lights, and motors into your project! For more information, check out these resources:

Need some inspiration for your next project? Check out some of these related tutorials:

Photon IMU Shield Hookup Guide

Learn how to use the SparkFun Photon IMU Shield for your Photon device which houses an on-board LSM9DS1 system-in-a-chip that houses a 3-axis accelerometer, 3-axis gyroscope, and 3-axis magnetometer.

SoftPot Hookup Guide

Equip your Arduino project with a sliding soft potentiometer to monitor position or adding linear control to your project.

OpenLog Artemis Hookup Guide

How to use and re-program the OpenLog Artemis, an open source datalogger. The OLA comes preprogrammed to automatically log data. The OLA can also record serial data, analog voltages, or readings from external Qwiic-enabled I2C devices. Some of these Qwiic-enabled devices include GPS/GNSS modules, pressure, altitude, humidity, temperature, air quality, environment, distance, and weight sensors.

Fading with the MOSFET Power Switch and Buck Regulator

In this tutorial, we will slowly turn on the load and then slowly turn it off using the N-channel MOSFET.

Three Quick Tips About Using U.FL

Quick tips regarding how to connect, protect, and disconnect U.FL connectors.

Hookup Guide for the SparkFun RedBoard Artemis

Get started with the RedBoard Artemis - all the functionality of the SparkFun Artemis module wrapped in the familiar Uno R3 footprint

Qwiic pHAT Extension for Raspberry Pi 400 Hookup Guide

Get started interfacing your Qwiic enabled boards with your Raspberry Pi 400! SparkFun Qwiic pHAT Extension for the Raspberry Pi 400 provides you with a quick and easy solution to access all of the 400's GPIO, stack your favorite HAT right-side up, or connect a Qwiic-enabled device to the I2C bus (GND, 3.3V, SDA, and SCL).

Sending Sensor Data Over WiFi

This tutorial will show you how setup a simple peer-to-peer connection to send and receive sensor data between two ESP32 WiFi boards.