Other Project Ideas

Arduino 7 segment display controlled via Proteus simulation

Arduino 7-Segment & Terminal using ATmega328P with Proteus Simulation

Introduction This microcontroller project demonstrates how to control a 7-segment display using an Arduino (ATmega328P) and a 74HC595 shift register, with input coming directly from a serial terminal.By typing numbers (0–9) into the serial monitor, the corresponding digit instantly appears on the 7-segment display.The project is simple, practical, and ideal for learning how serial communication,

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Arduino Data Logger Shield & DS1307 using ATmega328P with Proteus Simulation

Introduction This microcontroller project demonstrates how to interface an Arduino Data Logger Shield with a DS1307 Real-Time Clock (RTC) using an ATmega328P in Proteus simulation.The project focuses on accurate date and time acquisition and serial monitoring, which is a core requirement in many embedded systems.By combining I2C communication, RTC timekeeping, and serial output, this design

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Arduino INA219 load voltage and current measurement Proteus

INA219 Current & Voltage Sensor using Arduino Uno with Proteus Simulation

Introduction This microcontroller project demonstrates how to measure load voltage and current using an Adafruit INA219 current sensor with an Arduino Uno in a Proteus simulation environment.It is a practical embedded systems example that shows real-time electrical measurements using I²C communication.Such projects are widely used in DIY electronics, power monitoring, and battery-powered systems.By combining Arduino,

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Arduino IR Proteus Simulation IR receiver TSOP4838 connection

Arduino Infra-Red Remote using Arduino Uno with Proteus Simulation

Introduction This microcontroller project demonstrates how to capture and analyze raw infrared (IR) data from a Keyes IR remote using the NEC protocol. Built around an Arduino Uno, the project focuses on decoding IR signals and displaying detailed timing and protocol information via serial output.It is especially useful for learners exploring Proteus simulation, embedded systems,

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Low-Cost Arduino Based TDS Meter for Water Quality Monitoring

Low-Cost Arduino Based TDS Meter for Water Quality Monitoring

Introduction However, the emphasis of this paper is on having to continuously assess water quality to provide good-quality drinking water. The aforesaid condition is total dissolved salts or TDS reflecting the concentration of salts and very small portions of organic matter in water. High TDS is not suitable for drinking and other uses. Manual assessment

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Arduino Nano Matter

Arduino Nano Matter: Community Preview

Overview of the Project Arduino Nano Matter is the new project that is to be opened with the same main board and additional software based on the Arduino Nano microcontroller. The idea is to create a small-scale, affordable, and versatile platform for as many practices as possible. Actually, at this stage – called “Community Preview”

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3D printed parts for a new 3D printer!

Making the Maker Hub: Printing a 3d printer, Arduino and construction pics

RepRap Update I have finally printed all the plastic parts for the Griffin Open Source 3D printer I’m building, and they look fantastic! The remaining components should arrive soon, and then I can start construction. In the meantime, I’ve been configuring the printer control board, an Arduino Mega 2560 with the RAMPS 1.4 extension. RAMPS

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Beginning Arduino

Arduino’s Explosive Growth: Powering Innovation Worldwide

Introduction Since its inception in 2005, the Arduino Project has witnessed the sale of over 500,000 boards globally. Unofficial clone boards likely surpass this number, suggesting a presence of over a million Arduino boards or their variants worldwide. Its popularity is on the rise as more individuals recognize the remarkable potential of this open-source project,

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Interesting Arduino project ideas for beginners experts everyone

17 Cool Arduino Project Ideas for DIY Enthusiasts

Arduino is a versatile platform that seamlessly integrates open-source software and hardware, enabling individuals to effortlessly develop interactive projects. You can acquire single board computers compatible with Arduino and employ them to craft practical inventions. Beyond the hardware, proficiency in the Arduino language and utilization of the Arduino IDE are essential for successful project creation.

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