Choosing the Right Arduino Motor In this guide on Arduino motors, we’ll delve into fundamental details essential for selecting the right motor for your specific project. If you’ve been immersed in the realm of DIY electronics for some time, feeling assured of your skills, you might be seeking a greater challenge and a more fulfilling
Mastering Motor Control: 6 Innovative Arduino Projects Continue Reading
Greetings everyone, welcome back to Techatronic. In this latest article, we’re presenting a highly beneficial project known as the Medicine Reminder. This particular creation aims to assist individuals who require medication. Essentially, it comprises a box equipped with multiple drawers, three of which have the capability to open and close. In today’s world, many individuals
Arduino-Based Medication Alert System with RTC Integration Continue Reading
This system allows remote control of up to four industrial devices using a joystick and Arduino Nano microcontroller board. Figure 1 presents a block diagram of the joystick-controlled industrial automation setup. Key components include: An Arduino Nano which processes signals from the joystick and outputs control commands. A joystick module that generates analog position readings
Grab Control of Industrial Automation with This DIY Joystick System Continue Reading
The intention behind this guide is to furnish valuable insights into the typical sensors employed in the RAD SLDP. It’s worth noting that sensors produced by various manufacturers might have slight variations compared to the ones outlined in this guide, but comprehensive documentation for all these sensors can be easily accessed online. If you require
Sensors Guide Continue Reading
The objective of the DSP Shield project is to enhance the accessibility of Digital Signal Processing (DSP) concepts and applications, particularly by introducing DSP as a teaching tool for signal education at the undergraduate level or even earlier. The project aims to bridge the gap between DSP being predominantly practiced at the graduate level and
The Omega2 LTE is a Linux IoT computer with Wi-Fi and LTE cellular connectivity. Effortlessly deploy your existing IoT applications in remote areas and no longer be limited by the range of Wi-Fi networks. The Linux network stack makes the switch between WiFi and cellular data seamless to user applications. Take your existing NodeJS or
Small board with arduino nano compatibile pinout with power management and Murata ABZ LoRa module with STM32L0 microcontroller Features LoRa module: Murata ABZ Single cell LiPo cell charger on-board with charging signal internally connected to PA11 (via jumper) Buck/Boost switching power supply for delivering stable 3,3V regardless of the batterz voltage Battery fuel gauge on-board
LoraDunchy – Arduino Compatibile LoRa module Continue Reading
A closed-loop PID reference for low-voltage heater control: setpoint/input/output roles, sample-time behavior, output clamping and independent thermal safety.
PID Temperature Control Evaluation: Sample Timing, Output Limits and Thermal Safety Continue Reading
Measuring muscle activation via electric potential, referred to as electromyography (EMG) , has traditionally been used for medical research and diagnosis of neuromuscular disorders. However, with the advent of ever shrinking yet more powerful microcontrollers and integrated circuits, EMG circuits and sensors have found their way into prosthetics, robotics and other control systems. Yet, EMG
DIY Muscle Sensor / EMG Circuit for a Microcontroller Continue Reading
This tutorial will show you how to build a jacket with turn signals that will let people know where you’re headed when you’re on your bike. We’ll use conductive thread and sewable electronics so your jacket will be soft and wearable and washable when you’re done. Enjoy! A version of this tutorial is also on my
Turn Signal Biking Jacket Continue Reading
