Ultrasonic Distance Measurement- Serial Monitor
In Stock
A Ultrasonic Distance Measurement System using Arduino and an ultrasonic sensor that calculates the distance of an object based on the reflection time of ultrasonic waves and displays the result on the serial monitor.
Description
The Ultrasonic Distance Measurement System uses an Arduino and an ultrasonic sensor (such as HC-SR04) to measure the distance of an object. The ultrasonic sensor emits ultrasonic waves and calculates the time taken for the waves to reflect back from the object. The Arduino processes this time and converts it into a distance value using the speed of sound. The measured distance is displayed in real-time on the Arduino serial monitor, providing an accurate and simple way to measure distances.
-
A fire detection system with a buzzer is an embedded project designed to enhance safety. When smoke or heat is detected, the microcontroller triggers a buzzer to sound an alarm, alerting people to the presence of a fire
-
A Morse Code Generator is an electronic project designed to convert text input into Morse code signals using Arduino, a keypad, and a buzzer. Morse code is a method of encoding text characters as sequences of dots and dashes, widely used in communication systems, especially in emergency signaling and amateur radio. This project demonstrates signal encoding, microcontroller programming, and interactive electronics.
-
A Light Activated Motor Controller using IC 555 is a simple electronic circuit that turns a motor ON or OFF based on the presence or absence of light. It uses a LDR (Light Dependent Resistor) as a light sensor and the 555 timer IC in a comparator mode, along with an LED to indicate the motor’s status.
₹280.00 -
Photo phobic robot will sense the light and will try to move away from light. On the contrary photo phobic is exactly opposite where it does not follow the light or more precisely it avoids and goes to places where there is less light
Â
₹1,250.00 -
₹3,493.00 -
₹5,241.00
Related products
-
A Tank Overflow Indicator using Arduino, a water sensor, and a buzzer that alerts the user by buzzing when the water tank overflows.
-
An Arduino-based smart fan that automatically turns ON or OFF based on proximity detection using an ultrasonic sensor and controls speed using a DC motor driver.
₹1,450.00 -
A Temperature and Humidity Monitoring System using Arduino and a DHT11 sensor that measures and displays real-time temperature and humidity data on the serial monitor.
-
An Arduino Theremin using Arduino, an ultrasonic sensor, and a speaker that produces varying sound pitches based on the distance of an object from the sensor.
-
An Automatic Room Cooling is an electronic system designed to maintain a comfortable room temperature automatically. It uses a DHT11 temperature sensor to monitor the room, a DC fan for cooling, an LCD to display real-time data, and a buzzer to provide alerts. The system activates the fan automatically when the room temperature exceeds a set threshold, making it an efficient solution for homes, laboratories, and small offices.
-
The Automatic Watering System provides an efficient, reliable, and convenient way to maintain soil moisture levels without human intervention. By using sensors and a microcontroller, the system ensures that plants receive the right amount of water at the right time, reducing water wastage and promoting healthy plant growth. It is an eco-friendly solution that saves time, energy, and resources, making it ideal for both domestic and agricultural use.
