The Arduino Modulino modules are advanced I2C peripherals that are very easy to use. These low-cost modules connect using Qwiiic connectors and can be programmed in either Arduino C++ or MicroPython.
Today we will see how easy it is to use Modulino modules in your projects.
Today we wil look at rapid prototyping systems, wiring systems that allow you to quickly hook up common electronic components, modules and microcontrollers.
We will take a look at three of the most popular systems – Qwiic, Grove and STEMMA. We’ll see how they work, and how they can speed up the development process and eliminate wiring errors
The Arduino App Lab is a utility specifically designed for creating “apps” for the Arduino Uno Q. The Arduino Uno Q is a unique board that combines a microcontroller and microcomputer. The App Lab lets you build apps using both C++ and Python.
Note that the App Lab is still a “work-in-progress”, so some feature are either non-existent or buggy. But it is still usable and I’ll show you how we can get around its many idiosyncrasies to create our own apps.
Want to build n electronic compass or a guidance system for a robot? Adafruit’s LSM303AGR module is the perfect component for you.
Today we wil look at this versatile module and perform experiments with it. We wil also see how to calibrate it, and we wil indeed build a simple compass with an OLED display.
Today we are working with the TMP117, a precision temperature sensor with an accuracy within 0.1 degrees Celsius.
We’ll see how this sensor, on a module from Adafruit, can be easily connected to a microcontroller to build a super-accurate thermometer. We’ll even put together a WiFi thermometer with an OLED display.
Table of Contents1 Introduction2 Carbon Dioxide2.1 Measuring CO₂ vs. eCO₂3 ENS160 (with AHT21)3.1 ENS160 Pinout3.2 ENS160 Hookup3.3 ENS160 Code4 SCD41 CO₂ Sensor4.1 SCD41 Pinout4.2 SCD41 Hookup4.3 SCD41 Code5 Using Multiple Sensors5.1 Multiple Sensor Hookup5.2 Multiple Sensor Code6 Conclusion6.1 Parts List6.2
Table of Contents1 Introduction1.1 LD2410C Human Presence Detector1.2 LD2410C Pinouts1.3 LD2410 Detector Family1.4 FMCW Radar2 LD2410 with LD2410-Tool Windows GUI2.1 LD2410-Tool Windows GUI Hookup2.2 LD2410-Tool Windows GUI Demo3 LD2410 Configurator4 LD2410C with Bluetooth4.1 HLKRadarTool App5 LD2410C with ESP325.1 LD2410C with
Table of Contents1 Introduction2 TF-Luna LiDAR2.1 Principle of Operation2.2 TF-Luna Technical Specifications2.3 TF-Luna Pinout3 TF-Luna with Windows3.1 TF-Luna with Windows Hookup3.2 TF-Luna with Windows Demo3.3 TF-Luna with ESP32 (I2C Mode)3.4 TF-Luna with ESP32 Hookup3.5 TF-Luna with ESP32 Code4 TF-Luna with
Looking for a power supply for your next project? How about one that can deliver up to 20 volt’s at 5 amps?
USB-PD is a technology that permits USB power supplies and chargers to deliver multiple voltages and currents. Today we wil learn how to use USB-PD in our projects.
Why use a mouse, keyboard and monitor with your Raspberry Pi when you don’t have to? Learn to enable and use Remote Access on the Raspberry Pi and control your little boards from anywhere in the world!
We wil examine three remote access methods you can use – SSH, VNC and Raspberry Pi Connect.