Radio Frequency IDentification (RFID) uses electromagnetic fields to identify and communicate with tags. Each RFID module emits radio waves that energise the passive tag, which then responds with its own identifying number or data, as reque...
Radio Frequency IDentification (RFID) uses electromagnetic fields to identify and communicate with tags. Each RFID module emits radio waves that energise the passive tag, which then responds with its own identifying number or data, as reque...
Let's get started with the PiicoDev® Magnetometer. In this guide, we'll connect the Magnetometer to our micro:bit, get it working as a compass, and read the magnetic field strength of a nearby magnet.
To follow along, it's best to...
Let's get started with the PiicoDev® Magnetometer. In this guide, we'll connect the Magnetometer to our micro:bit, get it working as a compass, and read the magnetic field strength of a nearby magnet.
To follow along, it's best to...
Introduction
Let's play tones and melodies on a PiicoDev® Buzzer Module with a Micro:bit. This guide will cover connecting the hardware, running an example to make sure everything works and playing simple melodies.
Of course, the Micr...
Introduction
Let's play tones and melodies on a PiicoDev® Buzzer Module with a Micro:bit. This guide will cover connecting the hardware, running an example to make sure everything works and playing simple melodies.
Of course, the Micr...
Let's get started with the PiicoDev® 3x RGB LED Module. In this guide, we'll connect the LED Module to our Raspberry Pi Pico and get it working with some example code to display colourful patterns.
To follow along, it's best to ...
Let's get started with the PiicoDev® 3x RGB LED Module. In this guide, we'll connect the LED Module to our Raspberry Pi Pico and get it working with some example code to display colourful patterns.
To follow along, it's best to ...
Introduction
Let's read colour data from a PiicoDev® Colour Sensor with a Micro:bit V2, and create a colour sorting machine. This guide will cover connecting the hardware, downloading some example code and remixing it.
To f...
Introduction
Let's read colour data from a PiicoDev® Colour Sensor with a Micro:bit V2, and create a colour sorting machine. This guide will cover connecting the hardware, downloading some example code and remixing it.
To f...
Let's get started with the PiicoDev® OLED Module SSD1306. In this guide, we'll connect the PiicoDev OLED to our Raspberry Pi Pico and get it working with some example code to display text, shapes, and animations.
To f...
Let's get started with the PiicoDev® OLED Module SSD1306. In this guide, we'll connect the PiicoDev OLED to our Raspberry Pi Pico and get it working with some example code to display text, shapes, and animations.
To f...
Let's get started with the PiicoDev® Capacitive Touch Sensor. In this guide, we'll connect the PiicoDev Capacitive Touch Sensor to our Micro:bit V2 and get it working with some example code to detect touch events. We'll also remix the c...
Let's get started with the PiicoDev® Capacitive Touch Sensor. In this guide, we'll connect the PiicoDev Capacitive Touch Sensor to our Micro:bit V2 and get it working with some example code to detect touch events. We'll also remix the c...
Introduction
This guide will help you read barometric pressure from your PiicoDev® Pressure Sensor and a Micro:bit
To follow along, it's best to have:
A Micro:bit V2
A PiicoDev Pressure Sensor MS5637
A PiicoDev Adapter for M...
Introduction
This guide will help you read barometric pressure from your PiicoDev® Pressure Sensor and a Micro:bit
To follow along, it's best to have:
A Micro:bit V2
A PiicoDev Pressure Sensor MS5637
A PiicoDev Adapter for M...
Introduction
This guide will help you read distance data in millimetres from your PiicoDev Distance Sensor and a Micro:bit.
To follow along, it's best to have:
A Micro:bit
A PiicoDev Distance Sensor VL53L1X
A PiicoDev adapter for Mic...
Introduction
This guide will help you read distance data in millimetres from your PiicoDev Distance Sensor and a Micro:bit.
To follow along, it's best to have:
A Micro:bit
A PiicoDev Distance Sensor VL53L1X
A PiicoDev adapter for Mic...
In this article, we'll program a Micro:bit v2 using a web browser.
We'll connect a Micro:bit to our computer, open python.microbit.org and begin coding our first script.
Contents
What You'll Need
Connect your Micro:bit
Open the Progr...
In this article, we'll program a Micro:bit v2 using a web browser.
We'll connect a Micro:bit to our computer, open python.microbit.org and begin coding our first script.
Contents
What You'll Need
Connect your Micro:bit
Open the Progr...
Introduction
This guide will help you read temperature data from your PiicoDev Precision Temperature Sensor and a Micro:bit.
To follow along, it's best to have:
A Micro:bit
A PiicoDev Precision Temperature Sensor TMP117
A PiicoDev a...
Introduction
This guide will help you read temperature data from your PiicoDev Precision Temperature Sensor and a Micro:bit.
To follow along, it's best to have:
A Micro:bit
A PiicoDev Precision Temperature Sensor TMP117
A PiicoDev a...
Introduction
This guide will help you read light intensity data from your PiicoDev Ambient Light Sensor and a Micro:bit.
To follow along, it's best to have:
A Micro:bit
A PiicoDev Ambient Light Sensor VEML6030
A PiicoDev adapter for ...
Introduction
This guide will help you read light intensity data from your PiicoDev Ambient Light Sensor and a Micro:bit.
To follow along, it's best to have:
A Micro:bit
A PiicoDev Ambient Light Sensor VEML6030
A PiicoDev adapter for ...
Introduction
This guide will help you read weather data (Temperature, Air Pressure and Humidity) from your PiicoDev Atmospheric Sensor and a Micro:bit.
To follow along, it's best to have:
A Micro:bit v2 (v1 does not...
Introduction
This guide will help you read weather data (Temperature, Air Pressure and Humidity) from your PiicoDev Atmospheric Sensor and a Micro:bit.
To follow along, it's best to have:
A Micro:bit v2 (v1 does not...
Let's get set up with scripting in Thonny for the Micro:bit. We'll install Thonny, configure for Micro:bit, and write our first script.
All you'll need to follow along is a Micro:bit v2 GO kit
Contents
Install Thonny
Set u...
Let's get set up with scripting in Thonny for the Micro:bit. We'll install Thonny, configure for Micro:bit, and write our first script.
All you'll need to follow along is a Micro:bit v2 GO kit
Contents
Install Thonny
Set u...
Every good E-Textiles or Wearables project needs to start somewhere, and the natural starting point for any project is choosing the right microcontroller. There are many good choices out there, and we will compare a few of the best and brig...
Every good E-Textiles or Wearables project needs to start somewhere, and the natural starting point for any project is choosing the right microcontroller. There are many good choices out there, and we will compare a few of the best and brig...
The :MOVE MINI allows you to turn your micro:bit into a simple robot! In this guide, we will give you some tips and tricks for assembling the :MOVE mini. This is a DIY assembly item and takes 30-60 minutes to fully assemble. There is a grea...
The :MOVE MINI allows you to turn your micro:bit into a simple robot! In this guide, we will give you some tips and tricks for assembling the :MOVE mini. This is a DIY assembly item and takes 30-60 minutes to fully assemble. There is a grea...
The Micro:bit has the ability to measure temperature by sensing the temperature of the silicon die inside the main CPU. This works because the Micro:bit runs cold, and the temperature of the CPU is usually a good approximation of ...
The Micro:bit has the ability to measure temperature by sensing the temperature of the silicon die inside the main CPU. This works because the Micro:bit runs cold, and the temperature of the CPU is usually a good approximation of ...
Every Micro:bit has the ability to measure visible light, but what about UV light? Imagine that you are growing a plant on the window sill in a well-lit room. Does your plant have enough light? Plants need UV light to photosynthesize e...
Every Micro:bit has the ability to measure visible light, but what about UV light? Imagine that you are growing a plant on the window sill in a well-lit room. Does your plant have enough light? Plants need UV light to photosynthesize e...
The Micro:bit is great for small portable projects like a soil moisture sensor. In this tutorial, we will walk through how to program a Micro:bit to make a reliable and consistent soil moisture sensor that will give consistent readings. The...
The Micro:bit is great for small portable projects like a soil moisture sensor. In this tutorial, we will walk through how to program a Micro:bit to make a reliable and consistent soil moisture sensor that will give consistent readings. The...
This Tutorial is all about the MicroPython Programming Language. We will discuss what MicroPython is, why you will want to use it in your projects and we will share some resources to help you learn further!
What is MicroPython?
MicroPyt...
This Tutorial is all about the MicroPython Programming Language. We will discuss what MicroPython is, why you will want to use it in your projects and we will share some resources to help you learn further!
What is MicroPython?
MicroPyt...
The Micro:bit by BBC is a great data collection tool, it just needs a little help remembering what it has measured! This tutorial is made for those Micro:bit projects where transmitting your sensor data over radio or Bluetooth to a computer...
The Micro:bit by BBC is a great data collection tool, it just needs a little help remembering what it has measured! This tutorial is made for those Micro:bit projects where transmitting your sensor data over radio or Bluetooth to a computer...
The Micro:bit is a feature-packed development board that’s perfect for the classroom or the beginner programmer. Each Micro:bit has a built-in radio that can transmit and receive signals sent from other Micro:bits. The radio has a ran...
The Micro:bit is a feature-packed development board that’s perfect for the classroom or the beginner programmer. Each Micro:bit has a built-in radio that can transmit and receive signals sent from other Micro:bits. The radio has a ran...
Check out our Getting started with micro:bit video if you'd like to see a quick tutorial on writing a program, start-to-finish, with a micro:bit.
In a Nutshell
The micro:bit is a versatile and classroom-friendly, programmable ele...
Check out our Getting started with micro:bit video if you'd like to see a quick tutorial on writing a program, start-to-finish, with a micro:bit.
In a Nutshell
The micro:bit is a versatile and classroom-friendly, programmable ele...
Check out our micro:bit in the classroom video if you'd like to see how micro:bit integrates into classrooms, years 7-12.
After a quick review of the hardware, we'll fire up a micro:bit and write our first program. All you...
Check out our micro:bit in the classroom video if you'd like to see how micro:bit integrates into classrooms, years 7-12.
After a quick review of the hardware, we'll fire up a micro:bit and write our first program. All you...
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