Arduino makes an ideal “brain” for any DIY project that requires an electronically controlled action. They’re reliable, open-source, efficient, and affordable and as such, there are plenty of projects out there that specifically call for an Arduino. This article will give you information on what kind of Arduino projects can be built in 2021 Arduino […]
Top 10 Arduino Projects in 2021 Read Post »
Introduction The 4-20maA signal converter is used to integrate the unit with a 4-20mA transmitter. The 4-20 mA technology is used to communicate analog signals over long distances where electrical interference is a problem. Specification The power supply used for this module is 5-10V The current Source signal for this module is 4-20mA industrial-grade Sensor
Buying Guide for 4-20mA to 5V Converter for Arduino Industrial Sensor Interface Board Read Post »
Introduction Acs712 current sensor interfacing with Arduino for AC and DC Current Measurement. In this tutorial, you will learn how to interface ACS712 hall effect current sensor with Arduino? And How to measure DC Current using asc712 hall effect sensor and how to measure AC Current using acs712 hall effect sensor. It is necessary for
How to measure Current using ACS712 Current Sensor and Arduino Read Post »
In part 1 we will already explain what 4-20mA signal and Technical specification and their applications. Now we are going with other features of a 4-20mA signal generator. How to set Fine and Coarse Adjustments? The Coarse Adjustment means it covers the Entire range from minimum to maximum, In contrast, the fine adjustment only covers
If you’re working with industrial system modules with 4-20mA interfaces—sensors, PLCs, motor drivers, valves — you know the challenges of debugging, calibration, and adding new features. Understanding fundamentals of 4-20mA loops is essential, and the ProMax CSG01 loop calibrator is a powerful tool to help you work with industrial systems using 4-20mA. This post will
Both Arduino and Raspberry Pi are two popular platforms for electronics development among DIY builders, hobbyists, and even professionals. You would have come across them in numerous DIY and Industrial projects everywhere. If you want to know what they are, their differences, advantages, applications and specify which one to use in your next project then
Arduino vs Raspberry Pi: Differences and Applications Read Post »
In this article, we will discuss the ph sensor and how to calibrate one of them. These ph sensors are available in many variants in the market. What we sell is a very interesting Analog ph sensor. Our analog pH sensors are specially designed for Arduino micro-controllers, that are easy to use ie. plug-and-play solution
Calibrating a pH Sensor Read Post »
In this article, we will be discussing how to control a stepper motor with a DRV8825 driver module & Arduino, This article will give you ample information on the components used and how to drive them. What is a Stepper Motor ?? A stepper motor, also known as a step motor or stepping
Controlling Stepper Motor with DRV8825 Driver Module & Arduino Read Post »
This article will discuss interfacing DHT22 sensor and Arduino, but if you are here to find out about failed to read from the DHT22 sensor error, click on the link to go to the section directly. What are the DHT11 and DHT22 Sensors? The DHT11 and DHT22 sensors are used to measure temperature and relative
Getting started with DHT22 Humidity and Temperature Sensor using Arduino Read Post »
In this tutorial, I will explain step by step how to build your own WiFi Based Smart Oximeter using MAX30102 and ESP32. The project is simple and easy to build. You only need two components – ESP32 and a MAX30102 Sensor. You just attach the sensor to your fingertip and you will be able to
How to Build a WiFi Smart Oximeter using MAX30102 and ESP32 Read Post »
