It is a model of RADAR. It describes how a radar works in real time. Description RADAR model is used to know how the real time radar works. It is constructed using ARDUINO UNO, ULTRASONIC SENSOR and SERVO MOTOR. We also used to show the output. That software name is PROCESSING 3. Code for software PROCESSING 3: Code for […]
RADAR model using ARDUINO and ULTRASONIC SENSOR Continue Reading
This is a radar, designed to detect the distance and direction an object is from the ultrasonic sensor. With the ultrasonic sensor connected to a servo, it has the ability to rotate 180 degress, similar to a radar utilised to detect the position of planes. As the radar wasn’t my original idea, I have also
How to Make an Arduino Radar Continue Reading
The oscillators are the devices that generate oscillatory (AC) output from given DC input. There are different kinds of oscillators based on the output waveform they generate. Like · Sinusoidal oscillators – they generate sinusoidal (sine) wave output · Square wave oscillators – they generate square (or rectangular) wave output · Triangular
Sine wave oscillator using LM741 Continue Reading
Makers, Arduino enthusiasts and students looking to learn more about ultrasonic sensors, may be interested in this DIY Arduino radar created by Mr Innovative. Capable of detecting objects placed in front of it the radar features a revolving dish capable of detecting objects in its line of sight. Watch the video below to learn more about its
DIY Arduino radar with display Continue Reading
Introduction I’ve for some time now wanted to do more RF design. Although I have taken some RF design courses, I haven’t actually made a single RF design before. But you can’t learn without doing and inspired by the MIT coffee can radar designed by Gregory Charvat, I figured that building a radar should be
6 GHz frequency modulated radar Continue Reading
