This Arduino project demonstrates how to control a laser module using an Infrared (IR) transmitter and receiver along with a push button. When the button is pressed, the IR transmitter sends a signal ...

The receiver part consists of Arduino UNO and the 434 MHz Receiver module. An external LED can be used along with a current limiting resistor but on board LED would be sufficient.

This project turns on and turns off a laser LED after every second. It can also monitor its own supply voltage level. It uses KY-008 Laser LED module.

Old infrared remote controls can be a great way to interface with your projects. One of [AnalysIR’s] latest blog posts goes over the simplest way to create an Arduino based IR receiver, makin… ...

In this project, we create a joystick-controlled laser by connecting two servos to a joystick and using this setup as a pan-and-tilt controller for a ...

This module allows you to develop a timing system, which utilizes the Arduino’s fast internal clock to provide an accurate timing system for kinematic experiments. Also, this module focuses on how to ...

Laser diode are available in various sizes and can be interfaced with Arduino Uno using photoresistors, photodiodes, sensors & detectors.

How to use a ToF laser ranging sensor with Arduino and Wisblock The WisBlock RAK12014 ToF sensor module adopts ST VL53L0X, the world’s smallest ToF ranging sensor Laser ranging has many applications ...

The circuit consists of three main parts: the FM receiver module, the audio amplifier, and the digital section with the Arduino Nano that controls the device. Add a telescope antenna, a power supply, ...

Previously we have built a few projects with ASK transmitter and receiver, those are RF Controlled Home Appliances, RF Transmitter and Receiver Circuit, and Interfacing 433Mhz RF Module with ...

A Digital FM Receiver with Arduino (Including 3W+3W Class-D Stereo Amplifier) FM transmitters/receivers are among the top favorite circuits of any electronic enthusiast. In this article/video, I have ...