Some time ago, I tried to make an “Instructables Hit Counter” using the Instructables API, and an Arduino Uno with a wired network shield. However, with the limited RAM of the Arduino Uno, I was unable to get the system to work. A while ago, I noticed a similar project done by diytronics using a NodeMCU. This was just
Instructables Hit Counter (ESP8266-01) Continue Reading
Intro Dit is een Arduino project die ik heb gemaakt voor een schoolopdracht, in deze documentatie zal ik instructies geven over hoe je dit zelf ook kan maken en wat je ervoor nodig hebt. Ook leg ik hierin vast het concept, iteraties en een korte reflectie. Concept Wat dit apparaat doet is het om zich
The Look-o-box Continue Reading
The project is basically to detect the theft from the energy meter used in households as well as in… Description The project is basically to detect the theft from the energy meter used in households as well as in the commercial sector. There is two based meter one for distribution line and one for the
In this project we are going to make a Buck Converter Circuit using Arduino and N-Channel MOSFET with a maximum current capacity of 6 amps. We are going to step down 12v DC to any value between 0 and 10v DC. We can control the output voltage value by rotating the potentiometer. A buck converter
DC-DC Buck Converter Circuit – How to Step Down DC Voltage Continue Reading
The wire diagram serves as the fundamental blueprint of the project, visually showing the pairwise connections between all components. It supports Stepper Motor Control with Arduino by clarifying how different parts interact, helping engineers or technicians assemble the system correctly and analyze problems effectively, as it highlights all connection points. Stepper to Controller Wiring Connecting
Connecting the Electronics: Stepper Motor Control with Arduino Continue Reading
Being electronics engineers, we consistently rely on meters and instruments to gauge and study the functionality of a circuit. From basic multimeters to advanced power quality analyzers or DSOs, each device serves specific purposes. Many of these gauges are easily accessible and can be bought depending on the measurements needed and their precision. However, there
Arduino Wattmeter: Measure Voltage, Current and Power Consumption Continue Reading
Separating ADC uncertainty from display formatting: input scaling, analogRead limits, and verifying an OLED module’s controller before trusting its output.
SH1106 Voltage Display Reference: ADC Limits, Input Scaling and Module Verification Continue Reading
1 Introduction Open-source development microcontrolled electronic boards like Arduino and Raspberry Pi are gaining popularity in the Research and Development field due to their versatility and ease of use across various applications. This paragraph focuses on one specific application, namely the potentiostat, which holds significant importance in the field of electrochemistry. The potentiostat is a
Sometimes voltage fluctuations occur in the main electricity supply in our homes offices etc. These fluctuations can occur due to the interruption of heavy load, lightning and switching impulses. This can lead to the electronics part damage and sometimes causes major accidents. Voltage fluctuation or irregularities are also major issues in industrial appliances and often
How to Make PCBA for High/Low Voltage Protection Continue Reading
Arduino serves as a foundational device for constructing electronic projects. It comprises a pre-programmed microcontroller or integrated development environment for coding and uploading onto the physical board. These devices facilitate the creation of interactive objects, receiving input from diverse sensors and managing motors, lights, and various outputs. Unlike requiring a separate programmer, Arduino allows direct
Smart Home Automation Using Arduino: A Comprehensive Guide for Engineers Continue Reading
