Arduino Uno Mini Projects
Showing 25–32 of 32 resultsSorted by popularity
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Arduino Uno Mini Projects
Soil Moisture Percentage Measurement using Arduino
The Soil Moisture Percentage Measurement system using ATmega328 accurately gauges soil moisture levels. By interfacing with a soil moisture sensor, the ATmega328 microcontroller processes the sensor’s analog signals to calculate and display soil moisture percentages. This system is ideal for optimizing irrigation and monitoring plant health.
SKU: soil-moisture-percentage-measurement-using-atmega328-project-1 -
Arduino Uno Mini Projects
DC Motor Speed Control using Arduino
The DC Motor Speed Control system using ATmega328 regulates the speed of a DC motor through pulse-width modulation (PWM). The ATmega328 microcontroller adjusts the duty cycle of the PWM signal to control motor speed precisely. This system is ideal for applications requiring variable motor speeds and efficient control.
SKU: dc-motor-speed-control-using-atmega328-project-1 -
Arduino Uno Mini Projects
Smoke Detector System using MQ135 and Arduino
Click Here to Download the Circuit Diagram of “Smoke Detector System using ATmega328”
Click Here to Download the Synopsis of “Smoke Detector System using ATmega328”
The Smoke Detector System using MQ135 and ATmega328 accurately detects smoke and harmful gases. The MQ135 sensor senses air quality and smoke levels, while the ATmega328 microcontroller processes the data to trigger alarms or notifications. This system provides reliable and responsive smoke detection for enhanced safety.
SKU: smoke-detector-system-using-mq135-and-atmega328-project.-1 -
Arduino Uno Mini Projects
Bidirectional Visitor Counter Using IR Sensor and Arduino
Explore our innovative Bidirectional Visitor Counter project using IR sensors and the ATmega328 microcontroller. This project is designed to track the number of visitors entering and exiting a room or area, making it ideal for applications in offices, shopping malls, libraries, and other public spaces.
SKU: Bidirectional Visitor Counter Using IR Sensor and ATmega328-1 -
Arduino Uno Mini Projects
Home Automation using Arduino and Bluetooth HC05
The ATmega328 microcontroller paired with the Bluetooth HC05 module enables efficient home automation. It allows remote control of devices via a smartphone or tablet. This setup involves connecting the HC05 to the ATmega328, programming the microcontroller, and using Bluetooth to manage home appliances wirelessly.
SKU: home-automation-using-atmega328-and-bluetooth-hc05-1 -
Arduino Uno Mini Projects
Heart Rate and SpO2 Detection using Arduino and Max30100
Heart rate and SpO2 detection using the ATmega328 microcontroller and MAX30100 sensor provides a cost-effective solution for monitoring vital signs. The MAX30100 measures pulse rate and blood oxygen levels, while the ATmega328 processes the data, making it ideal for DIY health monitoring projects and wearable devices.
SKU: Heart Rate and SpO2 Detection using ATmega328 and Max30100-1 -
Arduino Uno Mini Projects
Weather Monitoring System using Android App
A weather monitoring system using an Android app allows users to access real-time weather data on their smartphones. The system collects data from sensors like temperature, humidity, and pressure, and transmits it to the app via Bluetooth or Wi-Fi. Users can monitor weather conditions conveniently, anytime, anywhere.
SKU: Weather monitoring system using android Apps-1 -
Arduino Uno Mini Projects
Temperature Controlled Fan
A temperature-controlled fan system uses an Atmega328 microcontroller, DS18B20 temperature sensor, and L293D motor driver to adjust fan speed based on ambient temperature. The DS18B20 sensor provides temperature data to the Atmega328, which processes it and controls the fan via the L293D driver, ensuring efficient cooling.
SKU: Temperature Controlled Fan-1
